J2 650
Integrated Touchscreen Computer
System Manual
August 2008
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Removing the Back Cover............................................................................................ 28
Changing the System Board.......................................................................................... 29
Adding Memory............................................................................................................ 31
Changing the Processor................................................................................................. 31
Accessing the CF Card.................................................................................................. 32
Accessing the Hard Drives............................................................................................ 33
BIOS Setup ...................................................................................................................... 34
Entering the BIOS Setup............................................................................................... 34
Main, System Overview................................................................................................ 34
Advanced Settings ........................................................................................................ 35
SATA Configuration..................................................................................................... 35
Super I/O Configuration ............................................................................................... 37
USB Configuration ....................................................................................................... 38
Green Mode .................................................................................................................. 39
LCD Brightness Control Mode / Manual Mode ........................................................... 39
LCD Brightness Control Mode / Auto Mode ............................................................... 40
Restore on AC Power Loss........................................................................................... 41
2nd Display D-SUB15 19V Out ................................................................................... 41
Run PXE ROM ............................................................................................................. 41
Display OEM Logo....................................................................................................... 42
RTC Configuration ....................................................................................................... 42
Wake On LAN.............................................................................................................. 43
CMOS Clear.................................................................................................................. 43
Boot Settings................................................................................................................. 43
Exit Options .................................................................................................................. 45
Driver Installation / Vista, XP ....................................................................................... 46
Chipset Driver Installation............................................................................................ 46
Graphics Driver Installation.......................................................................................... 46
Audio Driver Installation.............................................................................................. 47
LAN Driver Installation................................................................................................ 48
Touch Screen Driver Installation.................................................................................. 49
OPOS drivers ................................................................................................................ 53
J2 Health Monitor........................................................................................................... 54
Overview....................................................................................................................... 54
Hardware Supported ..................................................................................................... 54
Operating System Supported ........................................................................................ 54
Hardware/Software Requirements................................................................................ 54
Installing Health Monitor.............................................................................................. 54
Running Health Monitor............................................................................................... 55
Theory of Operation...................................................................................................... 56
Values Monitored.......................................................................................................... 56
Registry Keys................................................................................................................ 57
Refresh Interval............................................................................................................. 58
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Applications.................................................................................................................. 58
RAID ................................................................................................................................ 59
RAID Overview............................................................................................................ 59
AHCI............................................................................................................................. 59
Enabling RAID in the BIOS ......................................................................................... 60
RAID Volume Creation................................................................................................ 60
F6 Installation Method.................................................................................................. 60
Installing the Intel Matrix Storage Manager Software ................................................. 61
Hot Swapping RAID 1 drives....................................................................................... 61
Packing List..................................................................................................................... 64
Standard Items .............................................................................................................. 64
650 Optional Peripherals................................................................................................ 65
MSR.................................................................................................................................. 65
Overview....................................................................................................................... 65
Installing the 650 MSR................................................................................................. 66
J2 650 MSR Utility....................................................................................................... 68
MSR Utility, Basic Settings.......................................................................................... 68
Advanced Settings ........................................................................................................ 69
MSR Firmware Update................................................................................................. 71
650 UPS............................................................................................................................ 72
Specifications................................................................................................................ 72
Hardware....................................................................................................................... 72
Software Setup in XP.................................................................................................... 73
STATUS LED............................................................................................................... 75
Customer Display............................................................................................................ 76
Secondary Video Display................................................................................................ 76
Fingerprint Reader / MSR............................................................................................. 76
iButton / MSR.................................................................................................................. 77
RFID / MSR..................................................................................................................... 77
Laser Scanner.................................................................................................................. 77
Contact Information....................................................................................................... 78
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Overview
The 650 from J2 is the most high performance integrated Point of Sale computer
available to date. This amazingly versatile unit can be configured as either a low power
fan less thin client terminal; as a midrange thick client terminal; or even as a Dual Core
high speed server with RAID. Product versatility and reliability are the key strengths of
this 650 system.
This ingenious integrated touch screen computer has special “all in the head” design
built-in, which means it can be used as a counter top unit, a wall-mount or a pole-
mounted computer. You will find that both the counter top base and VESA/ wall mount
brackets are supplied as standard equipment with the 650.
There are many processor variants available, the 650 comes standard with an Intel 1.6
GHz Celeron 420 Conroe Core processor. This system board uses the Intel LGA775
socket and it can be upgraded or ordered with a wide range of single or dual core
processors.
The 650 unit also has a very unique feature when using the 420 processor, this is called
the “Green Mode”. This mode is set by a simple BIOS setup item, and when the unit is in
this “Green Mode” the processor speed is reduced to 1GHz and fans are turned off.
This, in effect, turns the 650 into a fan less system for thin-client use and also reduces the
650 power consumption by 25%, thereby reducing the 650 carbon footprint which is
already very small.
Accessibility is key to machine maintenance and upgradeability, the following is a list of
important 650 features:
1. Upgrades to the memory modules can be easily done by simply removing two
screws on the back cover.
2. A complete motherboard upgrade can be carried out in less than 2 minutes.
3. The two quick change hard disk drives are easily accessible, housed on a slide-
in drive bay that allows the drives to be hot swappable.
4. The footprint of the J2 650 is particularly compact making it ideal for the space
conscious retailer.
The 650 offers thick or thin-client or server configurations which support standard
Microsoft operating systems Vista, XP, WePOS, CE.NET and XPe, further
demonstrating its versatility. The 650 is equally proficient with the many flavors of
Linux.
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Specification
Main board
Intel Desktop Processors LGA775, 1066 MHz FSB, 65W TDP max
Intel 1.6 GHz Celeron 420 Conroe Core, Standard
CPU Support
Intel Q965 North Bridge, Intel ICH8R South Bridge,
HD Audio VIA1708B, Ethernet Realtek 8111C
Chipset
System Memory
Graphic memory
BIOS
2 x 240-pin DDR2 DIMM 533/677/800 MHz sockets - up to 4 GB
Share system memory 8MB~256MB
AMI
LCD Touch Panel
LCD Size
15” TFT LCD
250 nits, adjustable in 8 steps to 25nits, auto adjust mode
1024 x 768
Brightness
Resolution
Touch Screen
Tilt Angle
650RT Resistive 5 wire, 650ST SAW
0゜~ 90゜
Storage
HDD
Two 2.5 SATA HDD bay, RAID Support, Quick Change-hot swap
CF adapter Quick Change
Flash Memory
Internal Expansion
USB 2.0
I/O Ports
USB
Two, one normally used for 802.11n wireless card
Four x in cable well / 1 x on left side
Three, DB9 ( COM 2 /COM 3 pin 9 with 12V by BIOS setting )
One, DB25 in cable well
Serial
Parallel
LAN
(10 /100/ 1000) One, RJ45 in cable well (Realtek 8111C)
One, supports standard PC monitor or optional
(J2 provided) secondary customer side display
2nd Display
Cash Drawer
DC In
2 x RJ 11 24V with status
1 Power in, 19VDC 7.1 amps
One headset, one microphone-in, left side (VIA1708B)
Audio Jack
+24 V 2.5 amps, supports most 24V POS printers,
Power Cable included
Printer Power
Power LED
Located under front panel logo - green for on, amber for standby
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Power
Power Adapter
Optional Peripheral
19VDC, 135W, 100-240 VAC,50~60Hz, 2.2A
MSR
3 Track ( on PS2 port, wedge type )
Dallas Key iButton ( on PS2 port, wedge type )
MSR 3 track (PS2) / Finger Print (USB)
iButton
2-in-1 MSR
Second Display
optional 8.4”, 10.4” or 12.1” 2nd display, with or without touch
Customer Side LCM display with 9mm 2 x20 characters,
Black on White Characters,
Customer Display
Uninterruptable
Power Supply
2 hour DC UPS, mounts in base of unit
1D and 2D hands-free scanner
Bar Code Scanner
Mounting
Standard
Counter Top Base, Adjustable Viewing Angle 0-90°
Wall Mount / VESA Mount Bracket
Included
Optional
Pole Mount, Adjustable angle VESA, Swing-arm Mounts
Environment
EMC & Safety
FCC, Class A, CE, LVD
Operating
Temperature
Storage
Temperature
Operating Humidity
0 ~ 40℃
-20 ~ 55℃
20% ~ 80% RH non-condensing
20% ~ 85% RH non-condensing
Storage Humidity
Dimensions
(W x D x H)
370 x 250 x3 40mm
7.45kg
Weight
Microsoft Vista, Windows XP, WEPOS, XP Embedded,
Windows CE 6.0 and Linux
OS Support
* This specification is subject to change without prior notice.
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Unique Features
The 650 truly has some unique features not hitherto seen on an integrated touch screen
computer before. These features allow for a great deal of versatility in how the 650 can
be configured and used. A quick list of unique features is as follows:
Intel’s Desktop Processor Socket LGA 775
By using the new generation of Intel’s green processors and chipsets, a very wide
range of processors can be used in the 650 system. From a Celeron single core
processor running fan less at 1 GHz to a 2.667GHz Core 2 Duo with 1GHz FSB
and 4MB cache, the performance range is truly unique.
Most POS computers use Intel’s Mobile processor and chipset to keep heat and
power down. This is fine but the performance is lower and the cost is higher for
Mobile processor solutions. By taking advantage of J2 company’s and partners’
vast experience with notebook, desktop, and POS computer designs, we are able
to combine features of all three for an optimal POS system design. The result is a
POS system that can utilize a desktop chipset that draws very little power and
generates a low amount of heat, similar to mobile chipsets and processors.
Notebook quality components are used in the processor, chipset, and power
supply circuit, which allow greatly for reduced heat generation and minimal
power usage. Additionally, the 650 takes full advantage of the low power
features built into the Intel processor and chipset to further reduce heat.
Hot Swappable RAID/ Dual Hard Drives
The 650 is the first integrated POS system on the market to offer a hot swappable
RAID feature. The two internal 2.5 inch SATA hard drives can be configured as a
RAID array which gives true fault tolerance to the hard drive subsystem. This has
not been available on an integrated POS device before!
Green Mode / Fan less Operation
By changing one setting in the BIOS, the 650 can be configured to function as a
fan-less POS system. In this mode the standard 1.6GHz processor and chipset run
in a reduced power mode which means that the two fans are off and the 650 is
convection cooled. The system performance in green mode is greater than other
fan-less POS systems on the market, with the 650 benchmarking near the same
performance as a 1.3GHz Celeron M processor based system. This patent pending
feature is unique to J2.
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Automatic LCD Brightness Control
Another innovative feature of the 650 is its use of a light sensor to control the
LCD brightness. A light sensor is built into the unit and can detect when a room is
darkened. It will automatically dim the LCD so that it is not too bright. This
patent pending feature is also unique to J2.
UPS
Not your ordinary UPS, the J2 650 UPS is a DC, not an AC UPS. The UPS fits
conveniently into the base of the unit. Unlike an AC UPS the J2 UPS makes the
650 work more like a notebook computer. In addition to running the 650 for up to
two hours, the UPS will run all the POS peripherals attached to the 650, including
the printer. Because of the unique design of the J2 UPS and power supply, the
need for special AC power conditioning devices is eliminated.
Printer Power Port
The 24 volt Printer Power Port can power most POS printers on the market,
including the popular Epson line of printers. When used along with the J2 UPS, if
a power outage should occur, the POS terminal can still operate and print receipts
for up to two hours. Also, when the 650 is turned off the printer is turned off also.
This is very useful when the auto power on and off features of the 650 is used.
Cooling System
Great attention was paid to the thermal solution of the 650; it is truly a unique
feature. The 650 can run as a fan less or fan-cooled system. Because of the very
wide range of processors supported, thermal loads can range from 20 watts to as
high as 80 watts. The 650 was designed to handle these thermal loads while still
being super quiet. Two smart fans are used in conjunction with an Embedded
Controller (EC) to ensure that the fans run at the lowest possible speed while still
providing proper cooling. Fan speed changes are controlled to produce the
smallest acoustical signature possible. The 650 also includes a JAM-FAN mode.
If the fan does not spin up when it should, the fan turns on to full power to
dislodge any dust that may be jamming the fan! The 650 fans are the type used in
Blade Servers and have a speed range from 2500~13500rpm at very high torque.
Versatility
The word versatility is very much over used, but it is the correct word to describe
the most unique feature of the 650. The combination of all the 650 unique features
allows for the 650 to fit many roles. The 650 is not just one product, but a full
product range all in one system. From fan less thin client to Core 2 Duo RAID
Server - the 650 does it all.
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System
Configurations
The 650 can be ordered or upgraded to many possible configurations. Selecting the right
combination of memory, processor, hard drive(s) and software drivers can dramatically
change the performance of the 650 system. For a lot of users the standard 650 1.6GHz
processor and 512MB of memory is fine, but some applications require a lot more horse
power.
J2 will be happy to help you determine what you may require from the 650 in the most
cost effective way. More memory may be added to get the performance needed, or
sometimes a dual core processor and dual HDD with RAID are needed. The 650 can do it
all, low end to high end.
Processor Support
The 650 supports a very wide range of Intel processors. Each provides a different price
performance level. Celeron single core, Celeron dual core, Pentium dual core and Core 2
Duo with processor speeds from 1.6 GHz to 2.667 GHz are all supported by the 650.
The 650 comes standard with the Intel single core 1.6 GHz Celeron 420 Conroe Core
processor but can be ordered with a different processor type. The processor can be easily
upgraded by a qualified technician. The 650 uses the Intel defined LGA775 socket. Not
all LGA775 socket processors work in the 650 so please see the supported processor list
at the end of this section. Intel is constantly adding new processors so please check with
J2 for any additions since publication of this manual.
The copper heat sink, cooling fans, and fan controller (shown below) are designed to keep
everything running cool, quiet, and reliably with the supported processors.
System Board, back view
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Processors currently supported on the 650
Intel’s
Release
Date
Description (all are
desktop processors)
Availability
July 2008
CPU #
Cores
Speed
FSB
Cache
TDP
Type
Family
EB
420
430
440
Celeron 440 Family
Celeron 440 Family
Celeron 440 Family
1
1.6GHz
1.8GHz
2.0GHz
1.6GHz
2.0GHz
1.6GHz
1.8GHz
2.0GHz
2.2GHz
2.4GHz
2.6GHz
1.8GHz
2.0GHz
2.2GHz
2.4GHz
2.6GHz
1.886GHz
1.886GHz
2.133GHz
2.133GHz
2.4GHz
2.667GHz
2.53GHz
2.667GHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
800MHz
1066MHz
1066MHz
1066MHz
1066MHz
1066MHz
1066MHz
1066MHz
1066MHz
512KB
512KB
512KB
512KB
512KB
1MB
1MB
1MB
1MB
1MB
1MB
2MB
2MB
2MB
2MB
2MB
2MB
4MB
2MB
4MB
4MB
4MB
3MB
3MB
35W
35W
35W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65W
65 nm Conroe‐L
65 nm Conroe‐L
65 nm Conroe‐L
65 nm Conroe
No
No
Standard
Good
7‐Jun‐07
7‐Jun‐07
7‐Jun‐07
20‐Jan‐08
20‐Apr‐08
22‐Jul‐07
22‐Jul‐07
6‐Aug‐07
2‐Dec‐07
2‐Mar‐08
30‐Jun‐08
21‐Jan‐07
22‐Jul‐07
22‐Jul‐07
21‐Oct‐07
2‐Mar‐08
27‐Jul‐06
22‐Apr‐07
27‐Jul‐06
22‐Apr‐07
27‐Jul‐06
27‐Jul‐06
20‐Apr‐08
10‐Aug‐08
1
1
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Yes Good
E1200 Celeron Dual Core
E1400 Celeron Dual Core
E2140 Pentium Dual Core
E2160 Pentium Dual Core
E2180 Pentium Dual Core
E2200 Pentium Dual Core
E2220 Pentium Dual Core
E2240 Pentium Dual Core
E4300 Core 2 Duo
No
No
No
Good
Good
Poor
65 nm Conroe
65 nm Conroe‐1M
65 nm Conroe‐1M
65 nm Conroe‐1M
65 nm Conroe‐1M
65 nm Conroe‐1M
65 nm Conroe‐1M
65 nm Conroe
Yes Good
No
No
No
No
Good
Good
Good
Poor
Yes OEM
E4400 Core 2 Duo
65 nm Conroe
No
No
No
No
No
No
Poor
Good
Good
Good
Poor
Poor
E4500 Core 2 Duo
65 nm Conroe
E4600 Core 2 Duo
65 nm Conroe
E4700 Core 2 Duo
65 nm Conroe
E6300 Core 2 Duo
65 nm Conroe
E6320 Core 2 Duo
65 nm Conroe
E6400 Core 2 Duo
65 nm Conroe
Yes OEM
E6420 Core 2 Duo
65 nm Conroe
No
No
No
‐
Good
Poor
Poor
Good
Good
E6600 Core 2 Duo
65 nm Conroe
E6700 Core 2 Duo
65 nm Conroe
E7200 Core 2 Duo
45 nm Wolfdale‐3M
45 nm Wolfdale‐3M
E7300 Core 2 Duo
‐
Notes:
Processors in Red = Best price points performance
Availability = Good Means, normally available from retail outlets
EB = Intel’s embedded road map, available for seven years from release date.
Intel will include one of the E7X00 processors in the embedded road map but which one was not
announced at the writing of this manual.
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I/O Ports
The 650 is an integrated design with all the electronics in the head. Most I/O ports are
accessible in the cable well at the bottom of the unit. A cover plate is provided to cover
the cables.
I/O Panel
Off / On Button
The Off /On button is located in the cable well, as shown. This button is located near the
side to prevent accidental powering down by the user. The function of the button can be
controlled by the OS. If the 650 hangs for some reason it can always be powered off by
holding the Off / On button in for six seconds.
The 650 also supports the following: Restore on AC on power loss, Wake On LAN, and
Wake On RTC alarm features to control the system power up. Please see the BIOS setup
section of this manual and J2 white paper “Reducing Your Carbon Footprint in the POS
Environment” (September 2008).
Off / On button Location
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Hard Disks
Two 2.5 inch SATA hard drives (HDD) are supported. These drives can be configured as
standard hard drives or as a RAID array. The SATA interface can support data transfer
rates up to 3.0 Gb/s and supports AHCI and Hot Swapping of hard drives.
The HDDs can easily be accessed by removing a panel on the left side of the unit. HDDs
can be installed or removed in seconds by removing one screw. A carrying tray (two of
which are supplied with the 650) clips onto a new drive without tools. The drive can now
easily be slid into the drive bay. In a RAID 1 configuration a drive can be hot swapped,
removed, or inserted with the power on (see section on RAID setup).
HDD access panel
HDD slide in-slide out drive bay
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Compact Flash
The 650 has one Type I/II Compact Flash (CF) memory slot. This slot is only for IDE
mode CF devices and is easily accessed on the left side of the unit. The CF card is
mapped to a SATA port and supports PIO Mode 0-4. The CF card is normally used for
thin client configurations using XPe, CE, WEPOS, or Linux operating systems.
Compact Flash access panel
Touch Screen
The 650RT uses a five-wire touch screen rated at 35 million touches per point. The
650RT touch screen was designed to easily be changed, normally in less than ten
minutes. The resistive technology is very responsive and is not affected by liquids, dirt,
or other foreign matter, unlike IR or SAW touch screens. As with all J2 designed
products using resistive touch screens, the 650 includes a water tight gasket for spill
resistance.
The 650ST unit uses a Surface Acoustic Wave (SAW) technology touch screen. The
SAW touch screen has no known failure mode-- it does not “wear out.” This screen is
tempered glass and does not reduce the brightness of the LCD panel. When operating in
a very high use environment, SAW is the recommended touch screen technology.
Depending on operating environment and usage, both the Resistive and SAW touch
screens have strengths and weaknesses. J2 offers both touch screen technologies on the
650.
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System Board
POS computers typically have a desired lifespan of 10 years or longer, therefore product
quality is of the utmost importance. The 650 electronics are built with high-end
components to ensure reliability and long lasting product performance.
The system board is designed for quick replacement and only has one connection, an
edge pin connector, to which all motherboard connections are made.
System board
LCD Display
The LCD display for the 650 is a 1024 x 768 resolution display with 16.2 Million colors.
The brightness is rated at 250cd/m2. The Intel controller allows for the display to be
rotated to 0, 90, 180 or 270 degrees without loss of performance.
The LCD brightness can be controlled in 8 steps, from 250 cd/m2 to 25 cd/m2. The
brightness can be controlled automatically by the 650 light sensor hardware or can be set
to a fixed level.
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Secondary Display Port
A secondary video display is supported on the 650 and can be set as the primary or
secondary display. Secondary video displays can be configured as a Twin, Intel Dual
Display Clone, or Extended Desktop. Most all monitor resolutions from 640 x 480 to
2560 x 2048 are supported via the Secondary Display Port. The secondary display can
also be rotated 90, 180 or 270 degrees. A number of additional features are supported
depending on the capabilities of the monitor.
The Secondary Display Port has an industry standard HD DB15 connector. When used
with some J2 monitors the display can be powered by the 650 through this connector.
Secondary Display Port
PS/2 Keyboard port
There is one PS/2 Keyboard port located in the connector well to support a PS/2 type
keyboard or other PS/2 type device, such as a Barcode Scanner. The 650 MSR and
iButton reader are also connected internally to a PS2 keyboard port and function as an
external wedge MSR.
PS/2 Keyboard port
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Serial ports
The 650 has three external RS232 serial ports, two of which can be powered COM2 and
COM3. The serial ports are standard PC RS232 ports with a DB9 male connector. The
serial ports, in a normal configuration, are mapped to COM 1-3.
COM ports 2 and 3 can supply power to an external device when required, like the
optional J2 Customer Display. Voltage, +12, is supplied on pin 9 (RI) of the DB9
connector. The maximum current is 500ma and is over-current protected. To enable the
voltage supply for either COM ports 2 or 3 the BIOS setup must be changed. This
function can be enabled in the Advanced Settings screen under Super I/O Configuration.
COM1 also supports RS422 and 485 signaling. This can be enabled in the Advanced
Settings screen under Super I/O Configuration in the BIOS setup screen.
DB9 pin out serial ports
Pin RS232 RS422 RS485
1
2
3
4
5
6
7
8
9
DCD
RD
TD
DTR
GND
DSR
RTS
CTS
RI
TXD- D-
RXD+
TXD+ D+
RXD-
GND
Serial Port
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Parallel Port
The 650 has one Parallel Printer Port located in the connector well (shown below) which
supports SPP, ECP and EPP printer modes. The mode can be changed in the BIOS setup.
Parallel Port
USB ports
The 650 has five external and three internal USB 2.0 ports. Of the five external ports (see
below) four ports are located in the cable well and one is located on the left side of the
unit for easy access. The three internal USB ports are as follows: one can be used for the
optional Finger Print Reader and is located on the MSR connecting point. The second
internal USB port is used for the SAW touch screen controller in the 560ST unit; and the
third internal USB port is designed for an optional internal 802.11n Wireless LAN card.
USB port Cable Well
USB port left side
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Ethernet Connection
The 650 uses the Realtek 8111C Gigabit Ethernet controller. The Ethernet connector is
located in the cable well, as shown below. The Ethernet controller supports Wake on
LAN, the BIOS supports a PXE boot ROM as well. There are two LEDs on the LAN
connector: the Green LED lights up when the LINK signal is present and the Amber
LED lights comes on when there is LAN activity.
Kensington Security Slot
There are two Kensington Security Slots (lock slots) on the 650. (Please see below).
One is located on the head in the cable well, and one is located on the inside of the base.
The Kensington locks are normally used as a deterrent to prevent opportunistic theft.
Most retail locks will work with the 650, however please check to see if a lock fits, as not
all do.
Kensington slot Cable Well
Kensington slot Base
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Audio
The 650 uses the VIA1708B HD audio controller. There is one internal speaker.
Both a microphone jack and a headset jack are located on the left side of the 650, as seen
below, which allows for the connection of a microphone and headset or audio out to other
devices.
Audio Jack Location
Printer Power Port
The Printer Power Port allows an industry standard POS printer to be powered from the
650 and eliminates the need for a separate external power supply for the printer. Only one
AC power point will be needed to run the unit and the printer.
The Printer Power Port supplies 24 VDC 2.5 amps and 3.5amp surge current which will
run most POS printers on the market. The power cable for this port is supplied standard
with the 650 unit. The Printer Power Port will also supply power to a printer even when
running on the optional UPS. When the 650 is powered down, then power to the printer is
turned off. (photos below)
Printer Power Port
Printer Power Port Cable
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Cash Drawer Ports
The 650 is equipped standard with two Cash Drawer ports. These ports are located in the
cable well and use the industry standard RJ-11 connector and pin out (illustrated below).
Cash Drawer Ports
Cash Drawer Pin Assignment
Pin
1
Signal
GND
2
3
4
SOLENOID
STATUS
24V
5
6
NC
GND
6
1
The application may address the Cash Drawer port in a number of ways. They are:
1) Using the J2 supplied OPOS drivers for Vista, XP, WEPOS and XP Embedded.
2) Using the J2 supplied Virtual COM port for CE.NET, XP, WEPOS and XPe.
3) Direct access to the I/O port that controls the firing of the cash drawer and the I/O port
for reading the drawer status.
The Virtual COM port driver is standard on Windows CE.NET and the cash drawer
appears as COM5.
To open Cash Drawer One: Send a bell character to the COM5 serial port. (The bell
character is the ASCII 07 hex character “Control G.”)
To open Cash Drawer Two: Send an ESC character, then a bell character to the COM5
serial port. The open/close status of the drawer may be obtained by reading the status
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bits of COM5, and the drawer open/close status will be reflected on the CTS and RI bits,
either bit may be used. This virtual COM port driver is designed to work the same as
most serial cash drawers so that drivers for a serial cash drawer should work if mapped to
the correct COM port, normally COM5 in the 650 system.
The cash drawer can directly be accessed through two I/O ports, 280 hex and 281 hex.
Port 280 hex is an output only port and fires the cash drawer when toggled.
Port 281 hex is and input only port and read the status of the cash drawer.
Cash drawer I/O ports
Port
Function Set to One
Set to Zero
280 hex bit 4 Write
280 hex bit 5 Write
281 hex bit 0 Read
281 hex bit 1 Red
Normal state
Normal state
Drawer 1 is closed Drawer 1 is open
Drawer 2 is closed Drawer 2 is open
Fire cash drawer 1 (once)
Fire cash drawer 2 (once)
Power Supply
The 650 uses a notebook type power supply that is normally mounted in the base of the
unit. The power supply is rated with an output of 19 VDC 7.1 Amps and has an input
rating of 100-240VAC at 50~60Hz 2.2Amps maximum. The power supply typically has
an efficiency rating of 85% under light loads and 90% under heavy loading. The power
supply connector is a four pin locking type that plugs into the system’s power input
connector located in the cable well.
Power Input connector
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Service
Removing the Head from the Base
A countertop base is supplied standard with the unit. The base is easily attached to the
unit by sliding the unit onto the base’s mounting slots. One screw point is used to secure
the base to the unit and is accessed from the bottom of the 650. To remove the base from
the unit, first remove the Base Locking Screw at the bottom of the base as shown in the
picture.
Base Locking Screw
To remove the base, pull it towards the bottom of the unit as shown in the picture. The
unit will slide off its mount hooks. To reattach the base, align the mounting hooks and
locking tab to the plastic slots and push up until secure. Secure the base with the locking
screw.
Slide off towards bottom of unit
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Removing the Power Supply
The power supply is normally located in the counter top base. When using a wall mount
bracket or the J2 UPS, the power supply would be external from the unit.
To remove the power supply from the base, one screw needs to be removed. With the
screw removed the power supply and mounting bracket can be removed by sliding the
bracket, then tilting the power supply and bracket up.
Screw location
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Wall Mounting Bracket
A wall mount/VESA adapter bracket is supplied standard with the 650 unit.
This bracket allows the unit to be mounted to a wall or other surface. The wall mounting
bracket is a one piece bracket with four mounting holes (plus VESA mounting holes: see
next section). This mounting bracket would first be attached to the mounting surface, and
then the unit would be slid on to the mounting bracket hooks. After the unit is secure the
Locking Screw should be installed to ensure the unit cannot be accidentally knocked off
the bracket.
The units slides on to the mounting bracket hooks
Locking Screw location
NOTE:
Wall mounting screws are not supplied, as different types of walls require different
type of screws. Please be sure the mounting screws used can support the weight of the
unit.
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VESA Mounting
The 650 unit also supports the industry standard 75mm VESA mounting. J2 offers a Pole
Mount option that uses the VESA standard. There are also a number of third party
vendors that make many different types of 75mm VESA mounts, allowing for a myriad
of mounting options.
The VESA mounting pattern is supported via the wall mounting plate which has the
75mm mounting pattern as shown below. Four 4mm x 8mm screws are used (supplied) to
secure the bracket to the VESA mounting bracket. After installing the J2 mounting
bracket to the VESA bracket the 650 can then be slid on to the mounting bracket hooks.
After the unit is fit to the mount, the locking screw should be installed to ensure that the
unit is secure.
Wall Mount Bracket / Mounting Holes 75mm VESA Pattern
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Removing the Back Cover
The following steps show how to disassemble the 650 for servicing:
On a clean, protected surface, place the unit screen-side down. Remove the two cover
screws as shown. Carefully lift the back cover as shown.
Remove two screws as shown
Carefully tilt up the back cover
Note: The 650 was designed so that the internals of the unit could be accessed without
having to remove the mounting base or the mounting bracket of the unit.
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Changing the System Board
*Special Note: An anti-static workplace with proper grounding is required when
changing the System Board.
First remove the back cover. There are 5 screws that hold the system board in place that
will need to be removed; the middle screw is the captive type and only needs to be
loosened. The CF card guide also needs to be removed. (see photo below)
Screw location System Board
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After the screws are removed the system board can be unplugged from its connector.
While using the I/O bracket to pull on, slide the board out towards the bottom of the unit
as shown.
When reinstalling the system board make sure the locking tabs on the bottom of the board
lock into their mating slots.
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Adding Memory
Note: An anti static workplace with proper grounding is required when adding
memory. Remove the back cover. You can now access the two memory sockets; the
order in which the memory is populated does not matter.
Memory sockets
Changing the Processor
To change the processor, first start by working in an anti-static workplace with
proper grounding. Remove the back cover by removing the two screws; now remove
the black plastic fan duct (as shown below).
Loosen the four spring-loaded screws that secure the copper heat sink by loosening. Each
screw about two turns at a time so that the pressure is removed from the socket evenly.
Once the screws are free you will now be able to remove the heat sink.
It will stick because of the heat sink compound, so take care to move it gently from side
to side till it comes off. Set the heat sink aside, top side down.
You can now remove the processor from the socket. Push the locking lever down, push
out from the locking tab, and move up as shown. Now carefully lift the cover up and you
can remove the processor. **Be sure only to touch the edges of the processor and do
not touch the processor pads of the socket pins. These socket pins are very easy to
bend and damage to the socket is not covered by J2’s warranty.
The following Intel site has a good discussion of installing a LGA 775 processor:
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Accessing the CF Card
Remove screw as shown
Lift cover out of the way
Insert the Compact Flash card ensuring the card slides in on the guides
When inserting the card do not force it. Replace cover when installed.
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Accessing the Hard Drives
Remove cover screw as shown
Remove cover
Remove or insert drive as needed
The HDD may be hot swapped when in a RAID 1 configuration. In non RAID 1
configurations the unit should be powered down before changing a drive or data may be
lost. No physical damage will happen to the HDD if inserted or removed with power on.
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BIOS Setup
Entering the BIOS Setup
To enter the BIOS Setup, turn on or reboot the 650.
Press the DEL key after the BIOS sign-on screen appears and it has displayed Initializing
USB Controllers… Done. It will display Entering Setup…
The main menu of the BIOS setup will be displayed; this can take a few seconds.
If the supervisor password is set, you must enter it here.
The area on the right side of the screen displays a help window for the current screen or
BIOS option.
Warning: The BIOS setting should only be changed as required. Changing a setting or
loading defaults may stop your system from working if it required a non-default setting.
>For example, in a system set up for RAID if you find you need assistance, please
contact J2 for technical support.
Main, System Overview
In this screen the CMOS time and date can be set. The time and date can also be set
through the OS. This screen also displays the BIOS Build ID, BIOS Build Date,
EC ROM Version, CPU type, CPU speed and DRAM memory size. The memory size
will reflect the amount of system memory available minus the amount used by the
graphics controller.
Main screen
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Advanced Settings
This menu contains settings to control a number of system functions. The Hard Drive,
Serial Port, Parallel port, USB, Green Mode, LCD Brightness Control, AC Power Loss,
Second Display Power, LAN Remote Boot ROM, Logo Display, and Real Time Clock
Wake on Alarm configurations are all set from this screen.
Advanced Setting Screen
SATA Configuration
In this screen the SATA hard drives can be set to work in one of three modes, SATA,
RAID or AHCI.
When set to SATA, the SATA drive works the same as a normal IDE HDD. This is the
IDE compatible mode and default BIOS setting. The other two selections are RAID and
AHCI modes. Please see the separate section in the manual for RAID Setup for further
information on using RAID and AHCI modes.
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SATA Configuration Screen
When in SATA mode, hard drive type and size information and additional setup options
can be accessed by selecting the drive and typing Enter. The hard drive submenu will
now be displayed. This information is not available in RAID or AHCI modes.
Drive Information Screen
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Super I/O Configuration
This submenu allows for the setting of the serial ports I/O address, IRQ , mode (RS232,
RS422, 485 port 1 only) and power (ports 2 and 3 only).
The I/O ports and IRQ settings are normally only changed to support legacy software.
The Serial Port2/3 RI/12V would be changed to supply +12 volt power to pin 9 of the
RS232 to power the J2 optional customer display or other peripheral device.
Configure Super I/O Chipsets screen
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USB Configuration
Here the function of the USB ports can be change or disabled. This is to support legacy
operating systems, software and hardware and it also lists the USB devices connected to
the system. This screen displays the total number of USB keyboards, USB mice or USB
drives installed that will function in DOS.
USB Configuration screen
By default any USB Mass Storage Device that is less than 530MB in size will boot up in
DOS as drive A, and any device larger will boot up as drive C. By using the USB Mass
Storage Device Configuration option set to Hard Disk the device will always boot as
drive C no matter what size it is.
USB Mass Storage Device Configuration
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Green Mode
This feature is unique to the 650 system. This feature can be enabled or disabled with the
default BIOS setting being disabled.
As described earlier in this manual, when the 650 is in Green Mode the system runs in
reduced power mode. Further, when in Green Mode the 650 is running as a fan less
system which means that it still has fans but they are turned off under normal operation
conditions. The fans will turn on, however, if an over-heating condition is detected but
will turn off once the 650 is again running within specification.
LCD Brightness Control Mode / Manual Mode
The LCD display backlight brightness is set by this option. There are two modes:
Manual and Auto. The default BIOS setting is Manual. This function is normally used
when the 650 is located in a darkened environment were full brightness would be
undesirable. In Manual Mode the brightness can be set to one of eight levels, 0 to 7, with
seven being the default, the brightest backlight setting. The brightness range is from 250
to 25 cd/m².
Manual Mode Setting screen
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LCD Brightness Control Mode / Auto Mode
Another unique feature of the 650 is the LCD Brightness Control Auto Mode. In some
situations a system may be located in an environment that is bright during the day and
darkened at night. It would be impractical to have to change the brightness manually, so
in most cases the system would just be left set to full brightness all the time.
With the LCD Brightness Control Auto Mode the system can automatically adjust the
LCD brightness. When the background brightness lowers to a per-set point the system
will automatically lower the LCD brightness. As the ambient light of the room increases,
the system will then automatically adjust up the LCD brightness. This is done with
hardware so that no software driver needs to be added to the system.
At the top of the Auto Mode Setting setup screen there are two values displayed, Ambient
Brightness and Control LCD Brightness. The Ambient Brightness displays the current
brightness detected by the light sensor located in the top middle of the front bezel of the
650. This is the number of lux the sensor detects. (If you cover the sensor you can see the
value change after a few seconds.) The Control LCD Brightness is the level that the auto
control currently has set the LCD backlight brightness, this value ranges from 0-7 with 7
being the brightest.
Auto Mode Setting screen
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There are five settings that control the auto brightness function; however the default
settings should work for most installations. The five settings are:
Maximum Brightness - this sets the point where the light sensor will set the LCD
brightness to the Maximum LCD Brightness value when reached. This value is in lux and
is compared to the value read by the light sensor. Normally anything over 500 would be
considered the brightness level that full LCD backlight brightness would be desired. The
default is 500.
Minimum Brightness: sets the point where the light sensor must reach to set the LCD
brightness to the Minimum LCD Brightness value. This is normally set to 1, which is the
default value.
Maximum LCD Brightness is on a scale of 0-7 and sets the brightness of the LCD panel
when the light sensor reaches the Maximum Brightness value. The default value is 7
Minimum LCD Brightness: This setting is on a scale of 0-7 and sets the brightness of
the LCD panel when the light sensor reaches the Minimum Brightness value. Default
value is 0.
Light Sensor Delay Counter: the number of seconds the system waits to change the
value of the backlight after a change in the Ambient Brightness value. The value is in
seconds and can be between 1-99. The default value is 5. This helps prevent shadows that
momentarily cast on the light sensor from changing the LCD backlight brightness.
Restore on AC Power Loss
The 650 has three options should AC power become lost and then restored. There is
Power Off (stay turned off); Power On (turn on when AC restored); or Last State. The
Last State setting will cause the unit to turn on if it was on when AC power was lost or it
will stay off if the unit was off when AC power was lost.
2nd Display D-SUB15 19V Out
When using a J2 supplied secondary monitor it may get its power from the 650.
If you have one of those monitors the power is enabled by this setting. The default value
is “disabled”. NOTE: The pins used to supply power are normally not used on most PC
monitors but damage can occur to some brands that have signals connected to these pins
if this option is enabled. So ensure that this setting is set to disabled when not using a J2
monitor.
Run PXE ROM
This setting enables the built- in PXE LAN remote boot rom. This allows the system to
run as a diskless workstation, or to be able to download a drive image to a blank drive.
When enabled, a message screen will appear and Shift-F10 can be typed to access the
PXE ROM options.
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Both Norton Ghost and Acronis disk image software can use the PXE boot ROM to
download software images to the 650 hard drive. Both have been tested with the 650.
For a diskless 650 system there is good support in the Linux community for remote boot.
Unfortunately the same cannot be said for the Windows environment.
Exception: XP Embedded does support remote boot, but with a number of limitations.
Display OEM Logo
The BIOS can display two types of OEM logos on boot up. The default is a small J2 logo
in the upper right hand corner. With this setting BIOS POST test messages can be seen
during boot up. The second type which is enabled by this entry is a full screen J2 logo.
When this logo is selected the BIOS POST messages cannot be seen. The BIOS setup can
still be entered by typing the DEL key a few seconds after the logo appears.
Customer logos can replace the J2 logos when required. The large logo file format is
640x480 with 256 colors bitmap file. The small logo file format is 128x96 in 16 color bit-
map file. Please contact J2 regarding this, if required.
RTC Configuration
The RTC has an alarm function that can be used to turn the 650 on at a preset time of
day. This function is enabled by this setting. The wake up time can also be set here.
J2 also supplies a utility to set the wake-up time from Windows (XP Pro, XPe, WEPOS
and CE). This is more versatile than the BIOS setting as it allows for more than one time
of day to be set as well as days of the week to turn on.
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RTC Configuration Screen
Wake On LAN
Wake On LAN has no BIOS setting and is always enabled.
CMOS Clear
The 650 does not have a CMOS clear jumper. The BIOS has been designed so that there
is no setting that can be changed to prevent entry into the CMOS setup. If you suspect
that the CMOS memory may be corrupt, the CMOS memory can be cleared by
disconnecting the CMOS battery for one minute. The CMOS battery is located under the
hard drive bay.
Boot Settings
If more than one bootable device is in the system the boot order can be set in this menu.
If a bootable USB storage device is plugged in at boot up the 650 will boot from that
device by default. If this is not desired the boot order can be changed here. A list of
detected drives will be displayed with the current boot order.
In addition to the internal SATA drives and CF card, the 650 can also boot from a USB
storage device which could be a USB Hard Drive, USB memory stick, USB CD/DVD or
USB Floppy. USB storage devices with 530MB of storage or less boot as drive A;
devices with more the 530MB boot as drive C.
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There is a utility written by HP which can format almost any USB memory device to be
bootable. Here is a link, it is free:
Boot Settings Screen
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Exit Options
After making any changes to the BIOS settings, the changes can be saved from this
screen. Any changes can be discarded as well or the factory BIOS defaults can be loaded.
It should be noted that to save changes to the BIOS setup the F10 key can be typed from
any screen to save the BIOS changes. It is not necessary to exit setup from this screen.
To discard any BIOS setup changes you can type the ESC key from any screen to exit.
Exit Options Screen
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Driver Installation / Vista, XP
Chipset Driver Installation
The chipset driver is needed to get the full potential from the 650 chipset. It should be
loaded before other drivers and first thing after booting XP or Vista. The drivers can be
downloaded from the J2 web site:
After extracting the drivers to a temporary folder, run Setup.
Just answer Next or Yes to all the screen prompts and the drivers will install.
Graphics Driver Installation
You can download the 650 graphics driver from the J2 web site at:
This is an .exe file so just run it and answer Next or Yes to all screen prompts and the
drivers will install. The last screen will ask if you want to reboot, answer Yes.
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Audio Driver Installation
The Audio Drivers can be downloaded from the J2 web site at:
After extracting the driver to a temporary folder, run Setup, and then follow the
instructions below:
First Audio setup screen
Just click on Next to install the Audio driver.
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Second Audio setup screen
Check the Codec Driver box, and then click Next. Answer Next to any more dialog
boxes, then Finish.
The system will need to be rebooted before the audio drivers take effect.
LAN Driver Installation
The LAN drivers can be downloaded from the J2 web site:
After extracting the driver to a temporary folder, run Setup. Just answer Next or Yes to
all the screen prompts and the driver will install.
LAN driver install screen
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Touch Screen Driver Installation
The Touch Drivers can be downloaded from the J2 web site at:
After extracting the driver to a temporary folder, run Setup, and then follow the
instructions below.
Click on Next on the first screen.
Check the box “Install PS/2 interface driver”, then click on Next.
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Click the box “OK” to the PS/2 Warning message, then Next.
Check the “None” selection, then Next.
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Click the box “OK” to the USB message.
UN-Check the box ”Support Multi-Monitor system” unless you are using a second
display with touch. Then click Next, then Finish, and reboot the system.
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After the system has rebooted touch should be working but will need to be calibrated.
Click Start, All Programs, Touchkit, then Configure Utility.
The program will launch, then select the Tools tab.
Click on “4 Points Calibration” and the calibration screen will fill the screen. Use a touch
screen stylus or your finger to touch each point till you hear a beep. After the fourth point
is touched the calibration is complete. You can use “Draw Test” to test the calibration.
Normally the touch screen only needs to be calibrated once after the driver is loaded.
Only a 4 point calibration is needed. Linearization is not required with this touch screen.
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OPOS drivers
The OPOS driver for the 650 supports the Cash Drawer ports, the optional MSR,
the optional 2x20 character Customer Display, and the optional iButton reader.
The OPOS driver may be downloaded from the J2 web site at:
Just run the OPOS setup.exe file to install.
Additional information to be added
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J2 Health Monitor
Overview
The J2 Health Monitoring software provides a common method for a user’s software
application to access the J2 system PC Health hardware, to check that the hardware is
operating within specification. This easily allows applications to access hardware
parameters, such as system voltages, processor and system temperatures.
The application does not need to access any hardware directly. All newer J2 touch screen
computers are supported by this software. It can also be used as a standalone program for
diagnostic purposes.
Hardware Supported
The J2 Hardware monitor software currently supports the J2 POS computers models
520M2, 560RT, 560IR, 580 (all) and the 650 (all) versions. The program auto detects the
system type. The number of registry keys will vary depending on the systems type. Other
J2 hardware support will be added as needed.
Operating System Supported
Windows Vista, Windows XP, XP Embedded, and WEPOS are supported, including the
versions of XPE and WEPOS running on Compact Flash. There is a separate version of
the program for Windows CE 5.0 and 6.0.
Linux is not supported by this program but J2 would be happy to provide the information
to write a similar program for Linux.
Hardware/Software Requirements
There are no special hardware requirements however the program only runs on J2
hardware mentioned above. The J2 Hardware Monitoring program does require .NET
Framework 2.0 or higher to be installed.
Installing Health Monitor
The J2 Health Monitor install program Setup J2 Health.exe is a self extracting program
and will install the program under Program Files\J2 Retail Systems\Health\.
(cont’d)
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A copy will also be loaded in the Startup folder so the program loads on boot up. The
program will create the registry keys it needs when it is run for the first time.
Running Health Monitor
The program will run at startup and the icon
will appear in the taskbar tray. By
clicking on the icon, a program window will open and the current hardware health values
will be displayed. The refresh interval can be set in this program window.
The program can also be stopped by clicking the stop button. The program will restart
when the system is rebooted unless removed from the startup folder.
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Theory of Operation
The J2 Health Monitor software is an application program that loads on system boot-up
and runs in the background. At a predefined interval the software reads the health
monitoring hardware and updates a set of registry keys with the current values.
Any software application can read these registry key values to check the current status of
the systems health monitoring hardware.
The registry was chosen to store the health values because different systems have
different hardware values that are monitored. By using registry keys the software
applications can just scan for the keys present to determine which values need to be
monitored for that particular hardware. One example would be the J2 650 system that
supports Intel’s Core 2 DUO processors which have two CPU temperatures where other
systems only have one. Additional registry keys are added for this second CPU core
temperature. Minimum and maximum values for some keys are also stored in the registry
so that the application can determine if a value is within J2’s specification.
It is solely up to the user’s software how to use this information. J2 makes no assumption
as to how this information is used other than to say that if the hardware health values are
within J2 specification the product is consider good. For example, people may make the
wrong assumption that higher temperatures reduce product life, however this is not the
case if the product is running within specification.
Values Monitored
Most J2 POS hardware monitors all critical system voltages, fan speed, processor and
system temperatures. The number of parameters monitored varies depending on the
system. For instance the J2 580 monitors eight voltages where the J2 650 monitors six
because the 650 only has six different voltages. Other parameters maybe monitored on
future systems.
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Registry Keys
The registry key values are stored under
HKEY_LOCAL_MACHINE\HARDWARE\DESCRIPTION\J2Health.
Below is an example of the key values.
Registry keys that are followed with the letters MAX or MIN are the J2 recommended
maximum or minimum value for the registry key with the same name.
Some values may only have a maximum or minimum value like Voltage Battery,
Temperature CPU because values at the other extreme no relevant meaning.
Voltages are assumed to have a minimum and maximum value of plus or minus 5% of
the rated voltage. For example: for Voltage +3.3v the maximum voltage that should be
read is 3.47v and the minimum value of 3.13v, are within J2’s operating specification.
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Refresh Interval
The refresh interval controls how often the hardware monitor values are updated.
This value can be set in the Health Monitor program window. Touch the area of the
screen showing the current value and a touch keypad will pop up to allow you to change
the interval as shown below. The value can also be changed by modifying the registry
key: HKEY_LOCAL_MACHINE\HARDWARE\DESCRIPTION\J2Health\interval.
The value is the number of seconds between updates. The default value is 5 seconds.
Applications
The J2 hardware monitoring software was designed to be used as a simple diagnostic tool
by itself or in conjunction with a much more sophisticated program for local and remote
system monitoring. Please contact J2 if you require additional features or functions not
currently supported.
Support: www.j2retailsystems.com
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RAID
RAID Overview
The 650 is unique in that it is the only integrated POS computer to currently implement
an integrated RAID function. The 650 uses the Intel Matrix Storage Technology to allow
the two internal 2.5 inch hard drives to be configured as a RAID array. The 650 supports
RAID 0, RAID 1 and Intel Matrix RAID which combines the benefits of two RAID
volumes in a single RAID array.
If you are not currently familiar with RAID arrays Intel has a good white paper on the
There are a number of benefits to using the RAID feature.
Protection is one benefit. When using a RAID 1 array, data is protected by mirroring.
The primary RAID volume is duplicated automatically on the second drive, a mirror
image of the first. If one of the two hard drives fails the system will still keep working.
The bad hard drive can be replaced while the system is running. This is called hot
swapping or hot plug. The new drive will automatically be updated to a mirror image of
the working drive.
Performance is another feature RAID can provide. When configured as a RAID 0 array
the two drives in the RAID array are striped. With striping, data is split between two
drives. This allows the 650 to read the data more than twice as fast as with a single drive.
The performance can be more than twice as fast because the Intel RAID driver also uses
the AHCI NCQ function built into the SATA drives.
Protection and Performance can be mixed using an Intel Matrix RAID configuration,
whereby a RAID 1 and RAID 0 can be setup on the same RAID array. Mission critical
data can be stored in the RAID 1 volume and data requiring performance can be stored on
the RAID 0 volume.
AHCI
AHCI stands for Advanced Host Controller Interface and is a feature of the SATA
interface that allows for Hot Swapping and Native Command Queuing (NCQ).
NCQ allows multiple commands to be sent to the hard drive at one time. The drive
decides the best way to order the commands for the best performance from the drive.
AHCI is enabled when RAID mode is selected in the BIOS setup.
To use AHCI drivers from Intel the BIOS must be set to RAID, not AHCI. The AHCI
mode uses the same drivers as used for RAID. Follow the instruction for install the RAID
drivers but set the HDD as a Non-RAID Disk in the RAID BIOS setup.
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Enabling RAID in the BIOS
The Intel manual for the Intel Matrix Storage Manager covers this same information
given below in more detail and can be downloaded from the J2 web site. The
documentation below is tailored for the 650 only.
Perform the following steps to enable the RAID option in the system BIOS:
1. Enter the BIOS Setup program by pressing the DEL key after the BIOS sign-on
screen appears.
2. Select the Advanced menu, and then the SATA Configuration menu.
3. Switch the Configure SATA Ports option from SATA to RAID.
4. Press the F10 key to save the BIOS settings and exit the BIOS Setup program.
RAID Volume Creation
Perform the following steps to create a RAID volume:
1. When the Intel Matrix Storage Manager option ROM status screen appears during
POST, press the Ctrl and i keys at the same time to enter the Intel Matrix Storage
Manager option ROM user interface.
2. Select Option 1: Create RAID Volume and press the Enter key.
3. Use the up or down arrow keys to select the RAID level and press the Enter key.
4. Unless you have selected RAID 1, use the up or down arrow keys to select the
stripe size and press the Enter key.
5. Press the Enter key to select the physical disks.
6. Select the appropriate number of hard drives by using the up or down arrow keys
to scroll through the list of hard drives and pressing the Space key to select the
drive. When finished, press the Enter key.
7. Select the volume size and press the Enter key.
8. Press the Enter key to create the volume. At the prompt, press the Y key to
confirm volume creation.
9. Select Option 4: Exit and press the Enter key. Press the Y key to confirm exit.
F6 Installation Method
Note: For this step you will need both a USB CD ROM and USB Floppy.
(continued on next page)
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Perform the following steps to install the Intel Matrix Storage Manager driver during
operating system setup:
1. Press the F6 key when prompted in the status line with the Press F6 if you need to
install a third party SCSI or RAID driver message. This message appears at the
beginning of Windows XP setup (during text-mode phase).
Note: Nothing will happen immediately after pressing F6. Setup will temporarily
continue loading drivers. You will then be prompted with a screen asking you to
load support for mass storage device(s).
2. Press the S key to Specify Additional Device.
3. You will be prompted to Please insert the disk labeled Manufacturer-supplied
hardware support disk into Drive A: When prompted, insert the floppy disk
containing the following files: IAAHCI.INF, IAAHCI.CAT, IASTOR.INF,
IASTOR.CAT, IASTOR.SYS, and TXTSETUP.OEM and press the Enter key.
4. After pressing Enter, you should be presented with a list of available SCSI
Adapters. Select your controller from the list. The 650 uses the ICH8R driver.
5. The next screen should confirm your selected controller. Press the Enter key
again to continue.
6. At this point, you have successfully F6'd in the Intel Matrix Storage Manager
driver and Windows setup should continue. Leave the floppy disk in the floppy
drive until the system reboots. Windows setup will need to copy the files from the
floppy again to the Windows installation folders. Once Windows setup has copied
these files again, you should then remove the floppy diskette so that Windows
setup can reboot as needed.
7. During Windows setup, create a partition and file system on the RAID volume as
you would on any physical disk.
Installing the Intel Matrix Storage Manager Software
Once XP is booted you can install the Intel Matrix Storage Manager by just running the
iata82_enu.exe install program. Just answer “Next” to all questions and the software will
install. The software should now be working. Please refer to Intel’s documentation for
more information at manual70.pdf.
Hot Swapping RAID 1 drives
If a RAID 1 drive fails the Matrix Storage Manager will warn the user that a drive has
failed. A small Icon appears as shown to indicate a drive has failed.
Drive Failed Icon in tray
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If a hot spare is available, all that needs to be done is to swap the bad drive with the hot
spare. Be sure to change the correct drive. SATA Ports 0 corresponds to the HDD 0, the
top drive in the HDD bay and SATA Ports 1 corresponds to the HDD 1, the bottom drive
in the HDD bay.
Power to the system does not need to be turned off, and the system will still operate.
First remove the bad drive. After removing the bad drive insert the hot spare into the 650.
In the Intel Matrix Storage Manager select Advance Mode, and under the Action tab
select “Rescan for Plug and Play Devices”.
Rescan for Plug and Play Devices screen shot
This will cause the drive to be detected by the driver.
Drive detected
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The RAID will now rebuild an image of the good drive to the hot spare.
Rebuilding
Rebuilt
The RAID has now mirrored the drive and the system is now protected for a drive failure.
Note: Please refer to J2’s “Using RAID in a Point of Sale Environment” white paper for
more information on using the 650 RAID function. (Available September 2008)
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Packing List
In addition to the foam packing inserts, the following contents should be found in the 650
shipping carton.
Standard Items
1: System with Power Supply and AC cord
2: Accessory kit
3: Cable Well cover
4: Hard Drive Mount Tray for 2nd Drive
5: Wall Mount/VESA bracket and Screws
6: WiFi option Mounting bracket / Screws
7: Printer Power Port Cable
8: COM Port Colored Coded Cable Labels
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650 Optional Peripherals
MSR
Overview
The 650 can be ordered with a 3 track MSR. The MSR mounts on the right side of the
650 and uses a front facing MSR slot. This allows the 650 unit to be placed side by side,
or in tight spaces, and still be able to swipe the card. The MSR appears to the software as
a wedge type MSR with all data from the MSR being sent to the keyboard port.
The MSR firmware and MSR settings can be changed and updated using the J2 MSR
utility without removing the MSR from the unit.
650 with front swipe MSR
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Installing the 650 MSR
The 650 MSR is installed by first removing the MSR cover plate on the right back side of
the unit. Remove the two screws, as shown.
Remove MSR cover plate
Two small plastic hole covers need to be removed, as shown.
Remove plastic hole covers
Connect the two cable pairs together as shown.
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Slide the MSR in to its mounting groove being sure not to pinch the cable. Attach the
MSR using the two screws at the locations, shown below.
Mounting MSR
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You may now power up the 650 and the MSR should be working. For a quick test you
can open Notepad and swipe a card, the information should appear in Notepad. You can
now run the J2 MSR utility if you need any custom settings for the MSR.
J2 650 MSR Utility
The 650 MSR configuration utility can be downloaded from the J2 web site at
You may run the MSR utility from any folder you like.
MSR Utility, Basic Settings
The most common MSR settings that need to be changed are located on this screen.
MSR Utility Basic Settings screen
Emulation: Set to OPOS to use the J2 supplied OPOS driver, Set to Normal for other
applications.
Beep: This setting will disable or enable the MSR beep tone on a good read. If even only
one track is read without errors that track will be output and the MSR will beep once.
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Beep on Error: This setting will disable or enable the MSR double beep tone on a bad
read. No data is output on a bad read.
Inter-Character Delay: This sets the delay between characters sent by the MSR. The
delay is set in milliseconds.
Track Settings: Enable or disable the sending of track data, sentinels and LRC here.
Advanced Settings
Preamble and Postambles can be added here, in addition to track separators and end of
data terminator.
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Data may be entered using the touch screen keypad or keyboard. Valid characters are any
printable character and all control characters.
Alphanumeric touch keyboard
Control Key entry touch keyboard
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MSR Firmware Update
The MSR firmware can be updated in-circuit using this utility. This is to allow options
and features to be added to the MSR as required.
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650 UPS
Specifications
Batteries Run Time
2 Hours for the standard 650. Run time will vary
depending on the processor used and application load
19 Volts DC
Power In
Power Out
Data Interface
Batteries Type
Battery Life
Charge Time
Charger Type
Software
13-16.8 Volts DC, 7.2 amps maximum
RS232 DB9 connector
2 – 4 18650 cell Li-Ion pack with protection circuit
300 full discharge cycles
3 hours
Smart Microcontroller based
XP Standard Generic UPS driver / J2 Smart UPS driver
6” x 3.1” x 1.7” (152mm x 79mm x 43mm)
Size
Hardware
To install and use the J2 UPS module:
1: Remove the power supply adapter form the base of the unit.
2: Install the UPS module where the power supply was mounted.
3: Connect the power output jack of the UPS to the power in jack of the unit.
4: Connect the Serial cable of the UPS to the serial port you wish to use. *
5: Connect the power supply adapter to the UPS power in jack.
6: Connect the power supply adapter to the mains power. **
7: Configure the Windows UPS drive as shown.
Picture to be added here
* The serial port connection is not needed for Windows CE.
** The mains power should be applied for 3 hours to fully charge the batteries. The unit
may be running during this time but will take longer to charge.
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Software Setup in XP
1: From the START button run CONTROL PANEL.
2: Double click POWER OPTIONS.
3: Select the UPS tab and click on Select under Details.
4: Under Select manufacturer select Generic. Select the COM port you wish to use in the
On port drop down menu. Be sure this port is not used for anything else (printer) or the
driver will not install. Select model should be Custom. Click Next>.
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5: The default values for the Interface Configuration are what the J2 UPS uses so just
click Finish.
6: When returned to the Power Options Properties window click Apply to save the
configuration. It will take a number of second to configure. Once done the Details should
show Manufacture: Generic and Model: Custom and the UPS and driver should be
working. This can be quickly tested by removing the AC power to the unit. If everything
is working the Current power source: should change to On Battery.
You may now exit the control panel, the UPS configuration is complete.
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STATUS LED
There is one green status LED on the UPS. This can be viewed when by looking into the
top of the base as shown in the picture below.
Picture to be added here
The status LED can be used to determine what mode the UPS is running in. Please refer
to the following table.
LED
Condition
On steady
Batteries fully changed, running on AC power
Blinking, mostly on Batteries charging, running on AC power
Blinking, mostly off Running on batteries
Blinking fast
Off
Batteries almost discharged, system signaled to shut down
Batteries discharged, UPS and system powered down
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Customer Display
To be added
Secondary Video Display
To be added
Fingerprint Reader / MSR
To be added
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iButton / MSR
To be added
RFID / MSR
To be added
Laser Scanner
To be added
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Contact Information
Worldwide Headquarters:
J2 Retail Systems Ltd.
J2 House
Clayton Road, Birchwood
Warrington WA3 6RP
United Kingdom
44 (0) 1925 817003 Phone
44 (0) 1925 811989 Fax
USA Headquarters:
J2 Retail Systems, Inc.
2691 Dow Ave., Building A
Tustin, CA 92780
USA
(714) 669-3111 Phone
(714) 669-3133 Fax
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