ProCurve Switch 8200zl/5400zl/3500yl Series
Ordering Guide
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Step 2: Determine your future
power needs for the chassis,
if any.
PoE power: If you would like to plan for future
PoE power needs now, determine how much
extra PoE power you might need. Add this to
your figure from Step 1.
Table 1. Use this table to determine your
PoE power needs from Steps 1 and 2.
Power-consuming items
Power needed
Powered devices
at each wattage
_____ x 1 W =
_____ x 2 W =
_____ x 3 W =
_____ x 4 W =
_____ x 5 W =
_____ x 6 W =
_____ x 7 W =
_____ x 8 W =
_____ x 9 W =
_____ x 10 W =
_____ x 11 W =
_____ x 12 W =
_____ x 13 W =
_____ x 14 W =
_____ x 15 W =
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
________ W
Subtotal: ________ W
# of PoE modules in
switch without a PD
plugged in
_____ x 22 W =
_____ x 5 W =
________ W
# of PoE modules in
switch with a PD
plugged in
________ W
Subtotal: ________ W
Future PoE wattage
desired
Subtotal: ________ W
Total watts
needed: _________ W
3
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PoE power redundancy: PoE power is the
power necessary to power the external PDs
connected to the switch. PoE power is
independent from system power and is not
used in powering the normal functions of
the switch.
Step 3: Determine the level of
redundant power desired.
See Table 2 for definitions of the different
levels of redundancy.
No redundancy: Skip to Step 4.
System power redundancy: System power is
the power needed to run the switching and
routing functionality in the switch—
essentially everything except PoE. One power
supply is sufficient for full system power for
the ProCurve Switch 5406zl chassis; two
power supplies are required for the ProCurve
Switch 8212zl/5412zl. Full system power
redundancy is achieved with two power
supplies for the 5406 and four power supplies
for the 8212/5412.
Determine the level of PoE power redundancy
you desire. Table 2 has definitions for the
different types of redundant power.
Currently, the switch does not automatically
hold any PoE power in reserve for redundancy.
Plan for the amount of power to be held in
reserve, and keep the wattage needed for the
level of redundancy desired in reserve by
controlling the number of PDs on the switch.
Since there are only 2 power supply slots in
the 5406, system power N+1 redundancy and
full redundancy are equivalent. The 8212/
5412 can have system power N+1 with three
supplies and full redundancy with four
supplies.
Definitions of redundant power
Table 2. Redundant power definitions
Non-redundant power No power is held in reserve. For system power, if a power supply fails, some or all parts of the
switch become inoperative. For PoE power, all power supplied by the available supplies can be
used to power PDs. If a power supply fails, the amount of PoE power supplied by the failed
supply is no longer available. The switch will turn off the number of PDs starting with the
lowest PoE priority PD up to the wattage lost with the failed supply.
N+1 redundancy
Full redundancy
4
For system power, one supply can fail and the entire switch remains functional. For PoE power, one
power supply can fail without loss of power to any currently powered device. Under N+1, the
switch will hold in reserve (not use) the amount of PoE power equal to the largest PoE supply. If a
power supply fails, the reserve power is used to continue to power all PDs without interruption.
N+1 redundancy may not protect against a failed external power main.
For system power, one half of the power supplies can fail and the entire switch remains
functional. For PoE power, one half of the power supplies can fail without power interruption to
any connected nodes. The switch will hold at least one half of the PoE power available from all
supplies in reserve to be used in case of power supply failures. Full redundancy would be used if
protection from a failed external power main is desired.
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For no redundancy: On failure of one power
supply, PDs using PoE power equal to the PoE
power available from the largest supply
installed will have their PoE power turned
off as the power supply losing power goes
down. If after several seconds the switch
determines that there is excess PoE power
available with the remaining supply(ies), the
number of ports that can be turned back on
given the excess power available will have
their power restored.
Step 4: Choose your power
supply(ies).
There are two power supplies available for the
zl series family of switches.
Table 3. zl switch power supplies
Product
number
System
power
PoE
power
Power main
requirements
Supply
600W
273W
110V @ 12A
220V @ 5.5A
J8712A
ProCurve Switch zl
875W Power Supply
1
600W
900W
220V @ 10A
J8713A
ProCurve Switch zl
only
1500W Power Supply
1
Use of the J8713A changes the switch altitude specification from
15,000 ft. (4.6 km) to 10,000 ft. (3.1 km).
For N+1 redundancy: If N+1 redundancy is
desired, hold the amount of PoE power
available in the highest powered power
supply in reserve.
PoE power available from the power supplies
is computed by adding the PoE power from
all of the installed supplies. If PoE power
redundancy is desired, take into account the
amount of PoE power that needs to be held
in reserve when calculating power needs.
Though installing two different power
supplies in the same chassis is a supported
configuration, it is strongly discouraged,
particularly if some level of PoE power
redundancy is wanted, since the amount of
PoE power available on power supply loss may
not be intuitive.
For full redundancy: For full redundancy,
hold half the amount of PoE power available
in reserve if all power supplies in the switch
provide the same level of PoE power.
Determine full redundancy reserve power
when unlike power supplies are installed by
separating the installed power supplies into
two columns so the total power in each
column is as close in value as possible. Hold in
reserve the amount of power from the column
with the larger added power.
For example, if full PoE power redundancy is
wanted using 875 W and 1500 W power
supplies, the 1500 W supply should be held
in reserve. This would mean that only 273 W
of PoE power should be used normally. While
it is tempting to add the two supplies and
divide by two (using 585 W and keeping
585 W in reserve), if power is lost from one
supply, the full 900 W of the 1500 W supply
may be missing, with only the 273 W of the
875 W supply available. This is obviously not
enough to keep the 585 W of the normal
5
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environment up and running. Thus there is
no redundancy for some of the PDs in this
scenario, even though that was desired. This is
not a concern if all supplies in the switch are
the same power.
PoE power levels
There are four PoE power levels defined by the
PoE IEEE 802.1af standard.
Table 5. IEEE 802.3af power classes
IEEE 802.3af class
Power
See Table 4 for the minimum and maximum
power supply counts for the different
zl switches.
0 (default)
15.4 W
1
4 W
2
7 W
3
15.4 W
Future
6.3 W
Table 4. Switch power supply capacities
4
Cisco pre-standard
Min.
# of
Max.
# of
Max. #
of supplies
Included
supply
supplies supplies with the
Product
number
needed
possible Power Shelf
Product
Power cords
None
1
2
2
4
4
4
4
4
6
6
6
5406zl
J8697A
J8699A
J8698A
J8700A
J8715A
The power cords available for these switches are
sized for the increased current that can be
drawn meeting the needs of PoE. As a result,
they are uncommon and it is recommended to
have a few spares on hand. For more details, see
Part 3 for the listing of power cords.
1 875 W
None
1
2
2
2
5406zl-48G
5412zl
2 875 W
None
5412zl-96G
8212zl
base system
None
2
4
6
8212zl
chassis only
(replacement)
J9091A
Watch the amount of power drawn from the
building power mains by the installed switch
supplies. It adds up quickly. Refer to table 1 for
incoming power requirements. If power
redundancy is very important, split the
available power supplies between two
separate building circuits. If one power main
goes down, you will still have the other one to
power the switch.
Note that the 1500 W supply is 200 V – 240 V
only.
6
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ProCurve 620 Redundant/
External Power Supply
ProCurve Switch zl Power
Supply Shelf
The ProCurve 620 Redundant/External
Power Supply provides RPS and EPS power
individually to two ProCurve 3500 switches or
RPS to two ProCurve 6200 or ProCurve 2900
switches. The ProCurve 620 does not support
the ProCurve 8200 or 5400 switches.
The ProCurve Switch zl Power Supply Shelf
(J8714A) provides two additional power supply
bays for connection to one or two zl switches.
Used for providing extra EPS (PoE) power to the
zl switch, the extra PoE power can be used to
power additional PDs beyond what can be
powered by the internal switch supplies or,
more commonly, to provide for larger
RPS power: Connecting the RPS provides full
redundancy for the connected switch’s system redundant PoE power environments, such as
power.
large VoIP installations.
EPS power: The ProCurve 620 supply provides
398 W of additional PoE power to each of two
connected ProCurve 3500 switches. For a
ProCurve Switch 3500-24, the internal power
supply can power all 24 ports at 15.4 W for
PoE. The additional power available from the
ProCurve 620 provides full redundancy for the
PoE power.
The Power Shelf accepts the same power
supplies available for the zl switches and
connects to the switches via 2 m EPS cables
included with the Power Shelf. The extra PoE
power available via the Power Shelf is
determined by the power supplies installed in
the Shelf. See the Power Shelf data sheet for
more details.
If the ProCurve 620 is connected to a ProCurve
Switch 3500-48, it allows all 48 ports to run at
the full 15.4 W simultaneously but with no
PoE power redundancy. The additional PoE
power from the ProCurve 620 could be used to
provide full PoE power redundancy for 24 of
the 48 ports, if that is needed, rather than
additional power for the extra ports.
7
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Part 2: Intelligent Edge/Premium Edge switches
There are two switch versions available for
each of the ProCurve Switch 5400s, ProCurve
Switch 3500yl-24G-PWR, and ProCurve Switch
3500yl-48G-PWR—the Intelligent Edge switch
and the Premium Edge switch. All the 5400
and 3500 switches ship as Intelligent Edge
switches. An Intelligent Edge switch can be
upgraded to a Premium Edge switch via the
optional Premium Edge license. Product
numbers for the two Premium Edge license
products are:
Each Intelligent Edge switch that is upgraded
to a Premium Edge switch requires its own
license product. Intelligent Edge switches
can be upgraded at any time. A license can
later be removed from a Premium Edge
switch (making it an Intelligent Edge switch)
and used to upgrade another Intelligent Edge
switch of the same type to a Premium Edge
switch.
The update process can be done manually
through the MyProCurve Portal Web site using
the registration ID included with the Premium
Edge license, along with some information
obtained from the switch to be upgraded. The
portal will provide a license key that is
entered into the switch being upgraded,
making it a Premium Edge switch.
• J8993A ProCurve Switch 3500yl Premium
Edge License
• J8994A ProCurve Switch 5400zl Premium
Edge License
ProCurve Manager (PCM) or ProCurve
Manager Plus can also be used to make the
upgrade process a little easier. Provide the
registration ID from the Premium Edge
license and tell PCM which switch to upgrade.
PCM will communicate with the MyProCurve
Portal directly and upgrade the switch
without user intervention.
8
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Intelligent Edge/Premium Edge
contents
The 5400/3500 Intelligent Edge switches
contain all the functionality that most
Should you upgrade to a
Premium Edge switch?
Choosing whether to upgrade to the Premium
Edge switch from the Intelligent Edge switch
customers need for an Intelligent Edge switch. is usually based on the intended use of the
See the 5400/3500 data sheets for a listing of
the included features. Data sheets can be
found at the ProCurve Networking Web site
at: www.procurve.com
switch (see figure 1). Consider the Premium
Edge switch if the 5400 or 3500 will be used as
a Layer 3 routing distribution switch, or if full
routing is desired in the wiring closet.
The Premium Edge switch contains all the
While the Intelligent Edge switch contains
features of the Intelligent Edge switch plus the Routing IP (RIP) that could be used to route in
following routing protocols:
a distribution environment, OSPF is a better
choice in all but the smallest environments.
RIP is included in the Intelligent Edge switches
primarily to provide a way to get network
traffic from one VLAN to another in small
environments.
• OSPF
• PIM Sparse
• PIM Dense
• VRRP
1
Free software updates for
Intelligent Edge or Premium
Edge switches
In keeping with the longstanding value
ProCurve Networking provides in free
software updates, both the Intelligent Edge
switches and the Premium Edge switches can
be updated with free software updates as they
become available.
1
Software updates are done on a best-effort basis without commitment for
future functional enhancements.
Figure 1: Common access control infrastructure
Aggregation/
Distribution
Premium
Edge switch
Aggregation/
Distribution
Intelligent Edge
switch
Edge
Edge
Edge
Edge
9
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Part 3: Field-replaceable units
Two parts—the management module and
the fan tray—for the 8200zl/5400zl switches
are field-replaceable, meaning the customer
can keep a spare onsite and replace the part
The spare management module does not
contain a compact flash unit because this will
be installed from the original board to bring
customer configurations and switch software
themselves if the need arises. The switches are to the new management module. The
covered by a lifetime warranty with next-
business-day replacement, so keeping spare
parts on hand is best for customers who desire
the minimum amount of possible downtime if
a problem arises.
compact flash can be ordered separately, if
desired.
Part number
Switch 5400 Management Module
without CF card
J8726-61001
8200zl Management Module
J9092A
In addition, rack-mounting kits are available
for 10K four-post racks and other four-post
racks using the standard EIA unit of
measurement.
Programmed CompactFlash Kit for 5400zl
Management Module
5070-1056
Programmed CompactFlash Kit for 8200zl
Management Module
5070-3051
Fan tray
All of these parts are available through the
except the 10K Rack Rail Kit, which should be
ordered through the normal ordering process.
Switch 8200zl/5400zl fan trays can be hot-
swapped as long as the new tray is installed
within three minutes of the previous tray
being removed.
Spare management module
While past experience on other ProCurve
switches has shown an extremely low failure
rate on the management functionality, there
may be some customers who would like to
have a spare management module on hand.
Upon failure, the management module can be
swapped out to restore switch functionality.
Installing the new management module will
cause the switch to reboot.
Replacing the Switch 3500 or Switch 6200 fan tray
requires that the switch be removed from the rack,
power removed, and the top of the switch opened.
Part number
Switch 8212zl Fan Tray
Switch 5406zl Fan Tray
Switch 5412zl Fan Tray
Switch 3500yl/6200yl Fan Tray
J9094A
J8697-60005
J8698-60005
5069-8589
Spare 8200zl Fabric Module
Switch 8200zl series products normally ship
with required fabric modules, but spare
modules can be ordered to be on hand in the
event of a failure. One fabric module is
required, and replacement fabric modules can
be swapped out during switch operation with
minimal interruption to switch service.
Part number
J9093A
Switch 8200zl Fabric Module
10
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Note: Even though the RPS/EPS cables are
interchangeable between the ProCurve 620
and Switch zl Power Shelf, the 620 does not
support the zl switches, while the Power Shelf
only works with the zl switches.
Spare 8200zl System Support
Module
The Switch 8200zl series requires a System
Support Module (SSM), and spare modules can
be ordered as it is a critical system component.
The spare SSM ships with the required tool
for removal from the 8200zl chassis, and
replacement should be done during a
scheduled maintenance window as the SSM
is not a hot-swappable component.
Part number
Part number
Switch zl and yl RPS/EPS cable
5070-0102
5184-1894
5188-6699
DB9-DB9 Console cable for 5400zl Series
RJ45-to-DB9 Console cable for 8212zl
Power cords
J9095A
Switch 8200zl System Support Module
The power cords available for these switches
are sized for the increased current that can be
drawn meeting the needs of PoE. As a result,
these power cords may not be found in a
typical environment and power cords
“borrowed” from other products will not work
in most instances. Having some spare power
cords on hand may be a good idea. They can
be purchased through the HP Parts Web site:
Rack-mounting kit
The switches normally ship with rack-
mounting “ears” that allow installation into a
two-post, 19-inch datacomm rack.
Part number
Two-post Rack Mounting Kit for 5406zl
Two-post Rack Mounting Kit for 5412zl
Switch 3500/6200 rack mounting kit
Two-post Rack Mounting Kit for Switch 8212zl
5069-8561
5069-8562
5069-5705
5070-2983
5070-3028
ProCurve 620
Red/Ext Power
Supply
ProCurve
Switch
3500yl/6200yl
ProCurve
Switch 8200zl/5400zl
Switch zl Power Supply Shelf rack
mounting kit
875 W supply
1500 W supply
Australia/
8120-5335
8121-0871
8120-5335
8121-0871
New Zealand
If installation into a 10K four-post 19-inch
rack or a four-post rack meeting the standard
EIA unit of measurement is desired, a rack-
mounting kit is available providing rails that
give sturdy support for the switch along its
entire length.
China
8120-8385
8120-5336
8121-0924
8120-6352
8120-1034
8120-5336
8121-0924
8120-6899
Continental
Europe
Denmark
Israel
8120-6897
8121-1010
8120-5340
8121-1009
8120-5342
8120-5340
8121-1009
8120-5342
8120-6897
8121-1010
8120-6903
Japan
8121-09421
8120-69032
South Africa/
India
8121-0915
8120-5341
8120-5341
8121-0915
Part number
5070-0145
5070-0145
For 8200zl/5400zl—10K Rack Rail Kit Assembly
For 3500/6200—10K Rack Rail Kit Assembly
Switzerland
Taiwan
8121-0916
8121-0968
8121-0922
8121-0907
8120-5339
8121-0967
8121-0671
8120-5334
8120-5339
8121-0941
8121-0671
8120-5334
8120-6897
8120-6903
8121-0675
8120-6898
Thailand
U.K./Hong Kong/
Singapore
For transporting switches in a rack, please see
the Installation Guide that is included with the
Rack Rail Kits for more instructions.
8121-09733
8121-09414
8120-69035
8120-68936
U.S./Canada/
Mexico
8120-6361
8121-0973
1 100 V cord: ships standard with the 620 after April 1, 2007
2 200 V cord: shipped standard with the 620 prior to April 1, 2007
3 110 V cord: ships standard with the 875 W power supply
4 220 V cord: twist-lock NEMA L6-20P
5 Twist-lock: NEMA L6-20P shipped standard with the 1500 W power supply
6 Non-locking: NEMA 6-20P
RPS/EPS and Console Cables
The ProCurve 620 Redundant/External Power
Supply and the ProCurve Switch zl Power
Supply Shelf use cables to individually connect
the RPS (620 only) and EPS (PoE) power to the
target ProCurve zl or yl switches. The same
cable is used for either RPS or EPS power. The
ProCurve 620 comes with four of these cables
and the Power Shelf comes with two, which
are the respective maximum number of cables
usable for each of these units. If a spare cable
is desired, use the following product number.
11
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For more information
To learn more about ProCurve Networking,
please visit www.procurve.com
© 2007 Hewlett-Packard Development Company, L.P. The information contained herein
is subject to change without notice. The only warranties for HP products and services
are set forth in the express warranty statements accompanying such products and
services. Nothing herein should be construed as constituting an additional warranty.
HP shall not be liable for technical or editorial errors or omissions contained herein.
4AA1-2038ENW, June 2007
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