Pluribus Networks F9432-C User manual

– 1 –
Quick Start Guide
Attach the Brackets
1. Attach each of the front- and rear-post brackets to the switch using
four of the included bracket screws.
2. Use the screws and cage/clip nuts supplied with the rack to secure
the switch in the rack.
Adjust Rear-Post Bracket Ears
1. Lock the position of the rear-post bracket ears using the included
position-locking screws.
You can adjust the rear-post bracket ears to fit different rack depths
from 56 cm to 75 cm.
Ground the Switch
1. Ensure the rack is properly grounded and in compliance with ETSI
ETS 300 253. Verify that there is a good electrical connection to
the grounding point on the rack (no paint or isolating surface
treatment).
2. Attach the grounding wire (#14 AWG) to the grounding point on
the switch rear panel. Then connect the other end of the wire to
rack ground.
Warning: For a safe and reliable installation, use only the
accessories and screws provided with the F9432-C. Use of other
accessories and screws could result in damage to the unit. Any
damages incurred by using unapproved accessories are not
covered by the warranty.
Avertissement: Pour une installation sûre et fiable, utilisez
uniquement les accessoires et les vis fournies avec le F9432-C.
L’utilisation d’autres accessoires et vis pourrait endommager
l’appareil. Les dommages causés par l’utilisation d’accessoires
non approuvés ne sont pas couverts par la garantie.
Caution: The switch includes plug-in power supply (PSU)
and fan tray modules that are installed into its chassis. All
installed modules must have a matching airflow direction.
That is, if the installed power modules have a front-to-back
(F2B) airflow direction, all the installed fan tray modules
must also have a F2B airflow direction.
Attention: Le commutateur comprend des modules
d’alimentation et de bac de ventilateurs installés sur son
châssis. Tous les modules installés doivent avoir une direction
de circulation d’air correspondante. C’est-à-dire que tous les
modules doivent avoir la même direction de circulation d’air
: avant vers arrière (F2B), ou arrière vers avant (B2F).
Note: The switch has the Open Network Install Environment
(ONIE) software installer pre-loaded on the switch, but no
switch software image. Information about compatible switch
software can be found at
www.edge-core.com.
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Caution: Installing the switch in a rack requires two people.
One person should position the switch in the rack, while the
other person secures it using the rack screws.
Attention: Deux personnes sont nécessaires pour installer un
commutateur dans un bâti : La première personne va
positionner le commutateur dans le bâti, la seconde va le fixer
avec des vis de montage.
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19-0047
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32-Port 100G Top-of-Rack Switch
F9432-C | F9432B-C
1.
32-Port 100G Top-of-Rack Switch F9432-C
2. Rack mounting kit—2 front-post brackets, 2 rear-post brackets,
20 screws, and 2 ear-locking screws
3. Power cord (included with AC PSUs only)
4. Ground wire (included with DC PSUs only)
5. Console cable—RJ-45 to DB-9
6. DC power connector (included with 48 VDC PSU only)
7. Documentation—Quick Start Guide (this document) and Safety
and Regulatory Information
1
Package Contents
23457
6

Quick Start Guide
– 2 –
Connect Power
1. Install one or two AC or DC PSUs in the switch.
The switch supports up to two PSUs that must have the same
matching airflow direction as the installed fan tray.
2. Connect an external AC or DC power source to the PSUs.
1. Positronic PLA03F7000/AA connector
2. DC Return
3. -36 – -72 VDC
4. Ground
Verify Switch Operation
1. Verify basic switch operation by checking the system LEDs.
When operating normally, the PSU1/PSU2 and Fan LEDs should
all be on green.
Perform Initial System Boot
1. If the network operating system (NOS) installer is located on a
network server, first connect the RJ-45 Management (Mgmt) port
to the network using 100-ohm Category 5, 5e or better twisted-pair
cable. (Not required if the NOS installer is located on attached
storage.)
2. Boot the switch. Wait for the ONIE software to locate and execute
the NOS installer, and then wait for the installer to load the NOS
software image.
Subsequent switch boots will bypass ONIE and directly run the
NOS software.
Connect Network Cables
1. For the RJ-45 Management port, connect 100-ohm Category 5, 5e
or better twisted-pair cable.
2. Connect DAC cables to the SFP+/QSFP28 slots. Or first install
SFP+/QSFP28 transceivers in the slots and then connect fiber optic
cabling to the transceiver ports.
3. As connections are made, check the port status LEDs to be sure the
links are valid.
For the SFP+ ports:
Green — 10 Gbps mode
Amber — 1 Gbps mode
Each QSFP28 port has four LEDs that indicate valid links in the
following modes:
1 LED Blue — 100 Gbps mode
1 LED Orange — 40 Gbps mode
1-4 LEDs White — 25 Gbps breakout mode (four lanes)
1-4 LEDs Green — 10 Gbps breakout mode (four lanes)
Caution: The earth connection must not be removed unless all
supply connections have been disconnected.
Attention: Le raccordement à la terre ne doit pas être retiré
sauf si toutes les connexions d’alimentation ont été
débranchées.
Caution: Use a UL/IEC/EN 60950-1 certified power supply to
connect to a DC converter, and a #14 AWG wire (for -36 VDC
to -72 VDC PSU) to connect to a DC PSU.
Attention: Utilisez une alimentation certifiée UL/IEC/EN
60950-1 pour le connecter à un convertisseur CC et un câble
AWG #14 (pour -36 VDC à -72 VDC) pour vous connecter à
une alimentation CC.
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Note: Refer to the network operating system (NOS) installer
and NOS documentation for details on software options and
set up for ONIE.
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1

Quick Start Guide
– 3 –
Switch Chassis
Size (WxDxH) 438.4 x 515 x 43.5 mm (17.26 x 20.28 x 1.71 in.)
Weight 10.87 kg (23.96 lb), with two installed PSUs
Temperature Operating: 0° C to 45° C (32° F to 113° F)
Storage: -40° C to 70° C (-40° F to 158° F)
Humidity Operating: 5% to 95% (non-condensing)
Power
Consumption
550 Watts maximum
AC PSU
Power Rating 100–240 VAC, 50–60 Hz, 650 Watts
AC Input 100–240 VAC, 50–60 Hz, 6 A maximum
48 VDC PSU
Power Rating 48 VDC, 650 Watts
DC Input -36 V – -72 V, 16 A maximum
Regulatory Compliances
Emissions EN 55032:2015+AC:2016, Class A
EN 61000-3-2:2014, Class A
EN 61000-3-3:2013
FCC Class A
VCCI Class A
CCC GB 9254-2008, Class A
BSMI Class A, CNS 13438
Immunity EN 55024:2010+A1:2015
IEC 61000-4-2/3/4/5/6/8/11
Safety UL (CSA 22.2 No 60950-1 & UL60950-1)
CB (IEC/EN60950-1)
CCC GB4943.1-2011
BSMI, CNS 14336-1
Taiwan RoHS CNS 15663
Hardware Specifications

– 4–
⾓忇ℍ攨㊯⋿
⬱墅㈀㝞
1. ⇑䓐⚃ᾳ㇨旬󰶔㈀㝞坢䴚炻⮯⇵㞙␴⼴㞙㈀㝞⬱墅⛐Ṍ㎃☐
ᶲˤ
2. ἧ䓐晐㨇㩫㍸ὃ䘬坢䴚⍲䰈休 /⣦䇯坢ⷥ炻⮯Ṍ㎃☐⚢⭂⛐
㨇㩫ᶲˤ
婧㔜⼴㞙㈀㝞⚢⭂䇯
1. ⇑䓐㇨旬䘬⭂ỵ坢䴚炻挾䵲⼴㞙㈀㝞⚢⭂䇯ỵ伖ˤ
ぐ⎗ẍ婧㔜⼴㞙㈀㝞⚢⭂䇯炻墅惵 56 cm 军75 cm ᶵ⎴䘬㨇
㩫㶙⹎ˤ
⮯Ṍ㎃☐㍍⛘
1. 婳䡢ᾅ㨇㩫㬋䡢㍍⛘炻󰵯䫎⎰ ETSI ETS 300 253ˤ䡢娵冯㨇
㩫㍍⛘溆攻㚱列⤥䘬暣㯋忋㍍⿏ 炷䃉㱡㺮ㆾ䳽䶋堐朊嗽
䎮炸ˤ
2. ⮯㍍⛘䶂 炷#14 AWG炸⬱墅⛐Ṍ㎃☐⼴朊㜧㍍⛘溆ᶲˤ㍍ᶳ
Ἦ炻⮯㍍⛘䶂⎎ᶨ䪗忋㍍军㨇㩫㍍⛘ˤ
嬎⏲烉䁢Ḯ⎗ẍ㚜⬱ℐ䘬ἧ䓐冯⬱墅㨇⎘炻婳⊁⽭ἧ䓐
F9432-C 晐屐旬岰䘬惵ẞ炻性󱂖⮶农姕⁁㎵⢆ㆾ℞Ṿ桐晒
䓊䓇ˤἧ䓐㛒䴻㈡Ⅾ䘬惵ẞ忈ㆸ䘬ảỽ㎵⢆炻⛯ᶵ⛐ᾅᾖ
䭬⚵ℏˤ
㲐シ烉Ṍ㎃☐⊭⏓⬱墅⛐℞㨇䭙󰵶䘬㍺ℍ⺷暣㸸
炷PSU炸␴桐㇯㈀䚌㧉䳬ˤ㇨㚱⶚⬱墅󰶔㧉䳬㯋㳩㕡⎹炻
⽭枰ᶨ农ˤṎ⌛炻劍⶚⬱墅󰶔暣㸸㧉䳬℟㚱⽆⇵⇘⼴
炷F2B炸㯋㳩㕡⎹炻⇯㇨㚱⶚⬱墅󰶔桐㇯㈀䚌㧉䳬ḇ⽭枰
℟㚱 F2B 㯋㳩㕡⎹ˤ
婒㖶烉Ṍ㎃☐ᶲ㚱枸庱ℍ䘬攳㓦䵚嶗⬱墅䑘⠫ 炷ONIE炸
庇橼⬱墅䦳⺷炻Ữ㰺㚱Ṍ㎃☐庇橼㗈⁷㨼ˤ斄㕤䚠⭡Ṍ
㎃☐庇橼䘬屯妲⎗⍫教烉www.pluribusnetworks.comˤ
㲐シ烉暨天ℑᾳṢ炻⮯Ṍ㎃☐墅⇘㨇㩫ᶲˤᶨᾳṢㅱ⮯
Ṍ㎃☐㓦⇘㨇㩫󰵶炻侴⎎ᶨᾳṢἧ䓐㨇㩫坢䴚⮯℞⚢
⭂ˤ
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㲐シ烉⛐↯㕟㇨㚱暣㸸㍍䶂⇵炻ᶵ⼿䦣昌㍍⛘忋㍍ˤ
2
1
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1
2
19-0047
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1. 100G ḁ⣒䵚嶗Ṍ㎃☐ F9432-C
2. 㨇㩫⬱墅⣿ẞ —2 ᾳ⇵㞙㈀㝞ˣ2 ᾳ⼴㞙㈀㝞ˣ20 ᾳ坢䴚
␴2 ᾳ⚢⭂䇯挾⭂坢䴚
3. 暣㸸䶂 炷 AC PSU 晐旬炸
4. ㍍⛘䶂 炷 DC PSU 晐旬炸
5. 󰶄㍏⎘乄䶂 —RJ-45 ⇘DB-9
6. DC 暣㸸廱㍍柕 炷 48 VDC PSU 晐旬炸
7. 㔯ẞ炼⾓忇ℍ攨㊯⋿ 炷㛔㔯ẞ炸⍲⬱ℐ⍲㱽夷屯妲
F9432-C | F9432B-C
⊭墅ℏ⭡䈑

27
5
346
100Gḁ⣒䵚嶗Ṍ㎃☐

⾓忇ℍ攨㊯⋿
– 5–
忋㍍暣㸸
1. ⛐Ṍ㎃☐󰵶⬱墅 1 ᾳㆾ 2 ᾳAC ㆾDC PSUˤ
Ṍ㎃☐㚨⣂⎗㓗㎜ℑᾳ PSUs炻℞㯋㳩㕡⎹⽭枰冯⶚⬱墅󰶔桐
㇯㈀䚌ᶨ农ˤ
2. ⮯⢾悐 AC ㆾDC 暣㸸忋㍍军 PSUˤ
1. Positronic PLA03F7000/AA ㍍柕
2. DC ⚆㳩
3. -36 – -72 VDC
4. ㍍⛘
䡢娵Ṍ㎃☐㑵ἄ
1. 㩊㞍䲣䴙 LEDs炻䡢娵Ṍ㎃☐➢㛔㑵ἄˤ
㬋ⷠ㑵ἄ㗪炻PSU1/PSU2 ⍲Fan LED ⛯ㅱ䁢䵈䅰ˤ
➟埴⇅㫉䲣䴙┇≽
1. 劍䵚嶗ἄ㤕䲣䴙 炷NOS炸⬱墅䦳⺷ỵ㕤䵚嶗Ợ㚵☐炻󱂑ἧ䓐
100-ohm 䫔5栆ˣ5e 栆ㆾ㚜󱁳󰶔暁䴆䶂暣乄炻忋㍍ RJ-45 䭉
䎮炷Mgmt炸➈军䵚嶗ˤ炷劍 NOS ⬱墅䦳⺷ỵ㕤㇨旬󱁻⬀姕
⁁󰵶炻⇯ᶵ暨天ˤ炸
2. ┇≽Ṍ㎃☐ˤ䫱⼭ ONIE 庇橼㈦⮳󰵯➟埴 NOS ⬱墅䦳⺷炻󰵯
䫱⼭⬱墅䦳⺷庱ℍ NOS 庇橼㗈⁷㨼ˤ
󰶔⼴Ṍ㎃☐┇≽㗪炻㚫嶛忶 ONIE炻䚜㍍忳埴 NOS 庇橼ˤ
忋㍍䵚嶗䶂
1. ἧ䓐 100-ohm 䫔5栆ˣ5e 栆ㆾ㚜󱁳󰶔暁䴆䶂暣乄炻忋㍍军
RJ-45 䭉䎮➈ˤ
2. 忋㍍ DAC 暣乄军 SFP+/QSFP28 ㍺㦥ˤㆾ󱂑⮯ SFP+/QSFP28
㓞䘤☐墅⇘㍺㦥󰵶炻䃞⼴忋㍍󱂒举暣乄军㓞䘤☐➈ˤ
3. 忋㍍⬴ㆸ⼴炻婳㩊㞍忋㍍➈䉨ン LED炻䡢ᾅ忋䳸㚱㓰ˤ
SFP+ 忋㍍➈烉
䵈刚炼 10 Gbps 㧉⺷
湫刚炼 1 Gbps 㧉⺷
㭷ᾳ QSFP28 忋㍍➈㚱⚃ᾳ LED炻⎗㊯↢⛐ẍᶳ㧉⺷󰵶䘬㚱
㓰忋䳸烉
1 LED 啵炼 100 Gbps 㧉⺷
1 LED 㨀炼 40 Gbps 㧉⺷
1-4 LED 䘥炼 25 Gbps 䨩⚵㧉⺷ 炷⚃忻炸
1-4 LED 䵈炼 10 Gbps 䨩⚵㧉⺷ 炷⚃忻炸
㲐シ烉ἧ䓐 UL/IEC/EN 60950-1 娵嫱暣㸸忋㍍军 DC 廱㎃
☐炻󰵯ἧ䓐 #14 AWG ㍍⛘䶂炷䓐㕤 -36 VDC 军-72 VDC
PSU炸忋㍍军 DC PSUˤ
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⁁姣烉㚱斄 ONIE 庇橼怠枭␴姕伖䘬娛䳘屯妲炻婳⍫教
䵚嶗ἄ㤕䲣䴙 炷NOS炸⬱墅䦳⺷␴ NOS 㔯ẞˤ
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1

⾓忇ℍ攨㊯⋿
– 6–
Ṍ㎃☐㨇䭙
⯢⮠炷⮔ x 㶙
x 檀炸
438.4 x 515 x 43.5 mm (17.26 x 20.28 x 1.71 ⎳)
慵慷 10.87 kg (23.96 lb)炻⊭⏓ℑᾳ⬱墅 PSU
㹓⹎ 㑵ἄ烉0° C 军45° C 炷32° F 军113° F炸
󱁻⬀烉-40° C 军70° C 炷-40° F 军158° F炸
㽽⹎ 㑵ἄ烉5% 军95% 炷䃉ↅ䳸炸
便暣慷 㚨⣏䁢 550 䒎
AC PSU
柵⭂≇䌯 100-240 VACˣ50-60 Hzˣ650 䒎
AC 廠ℍ 100-240 VACˣ50-60 Hzˣ㚨⣏ 6 A
48 VDC PSU
柵⭂≇䌯 48 VDCˣ650 䒎
DC 廠ℍ -36 V – -72 Vˣ㚨⣏ 16 A
㱽夷䫎⎰⿏
㌺㓦 EN 55032:2015+AC:2016, Class A
EN 61000-3-2:2014, Class A
EN 61000-3-3:2013
FCC Class A
VCCI Class A
CCC GB 9254-2008, Class A
BSMI Class A, CNS 13438
暣䡩侸⍿⿏ EN 55024:2010+A1:2015
IEC 61000-4-2/3/4/5/6/8/11
⬱ℐ⿏ UL (CSA 22.2 No 60950-1 & UL60950-1)
CB (IEC/EN60950-1)
CCC GB4943.1-2011
BSMI, CNS 14336-1
冢䀋旸䓐㚱⭛
䈑岒㊯Ẍ
炷RoHS炸
CNS 15663
䠔橼夷㟤

– 7–
ᘛ䙏ޕ䰘ᤷই
ᆹ㻵᭟󰶇
1. ֯⭘ഋњ䲿䱴Ⲵ᭟󰶇㷪эሶњࡽḡ઼ḡ᭟󰶇ᆹ㻵ࡠӔᦒ
ᵪDŽ
2. ֯⭘ᵪ󰶇䱴ᑖⲴ㷪э઼ㅬާ /ཀྵᆀ㷪⇽ሶӔᦒᵪപᇊ൘ᵪ󰶇
ѝDŽ
䈳ᮤḡ᭟󰶇㙣
1. ֯⭘䲿䱴Ⲵᇊս㷪эപᇊḡ᭟󰶇㙣Ⲵս㖞DŽ
ᛘԕ䈳㢲ḡ᭟󰶇㙣ԕ䘲 56 cm ࡠ75 cm Ⲵнᵪ󰶇
␡ᓖDŽ
ሶӔᦒᵪ᧕ൠ
1. ⺞؍ᵪ󰶇ᐢ↓⺞᧕ൠᒦㅖ ETSI ETS 300 253 㿴㤳DŽ⺞䇔ࡠ
ᵪ󰶇к᧕ൠ⛩Ⲵ⭥࣋䘎᧕㢟ྭ ˄ᵚ㓿䗷⋩┶ᡆ㔍㕈㺘䶒༴
⨶˅DŽ
2. ሶ᧕ൠ㓯 (#14 AWG) 䘎᧕ࡠӔᦒᵪ䶒ᶯкⲴ᧕ൠ⛩DŽ❦
ሶⲴаㄟ䘎᧕ࡠᵪ󰶇᧕ൠㄟDŽ
䆖˖ѪҶԕᴤᆹޘⲴ֯⭘оᆹ㻵ᵪˈ䈧࣑ᗵ֯⭘
F9432-C 䲿䍗䱴䎐Ⲵ䝽Ԧˈ䚯ݽሬ㠤䇮༷ᦏൿᡆަԆ仾䲙ӗ
⭏DŽ֯⭘ᵚ㓿ᢩ߶Ⲵ䝽Ԧ䙐ᡀⲴԫօᦏൿˈ൷н൘؍؞㤳ത
޵DŽ
ሿᗳ˖ᵜӔᦒᵪᤜᨂޕᔿ⭥Ⓚ (PSU) ԕ৺ᆹ㻵൘ަᵪ
㇡ѝⲴ仾ᡷ󰶇⁑ඇDŽᡰᴹᐢᆹ㻵⁑ඇ䜭㾱≲䘲Ⲵ≄⍱
ᯩDŽণˈྲ󰵭ᆹ㻵Ⲵ⭥Ⓚ⁑ඇᴹӾࡽࡠ (F2B) Ⲵ≄
⍱䙊䗷ˈࡉᡰᴹᆹ㻵Ⲵ仾ᡷ󰶇⁑ඇҏᗵ享ᴹ F2B ≄⍱䙊
䗷DŽ
⌘᜿˖ᵜӔᦒᵪкᐢ亴㻵Ҷ Open Network Install
Environment (ONIE) 䖟Ԧᆹ㻵〻ᒿˈն⋑ᴹӔᦒᵪ䖟Ԧ
᱐ۿDŽ൘ԕл㖁ㄉԕ᢮ࡠᴹޣެᇩӔᦒᵪ䖟ԦⲴؑ
᚟˖www.pluribusnetworks.comDŽ
ሿᗳ˖ሶ↔Ӕᦒᵪᆹ㻵൘ᵪ󰶇ѝᰦ䴰㾱єњӪDŽањӪ
ᓄ൘ᵪ󰶇ѝᢈտӔᦒᵪˈањӪ֯⭘ᵪ󰶇㷪эപᇊ
ᆳDŽ
1
1
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ሿᗳ˖ᗵ享൘ᡰᴹ⭥Ⓚ䘎᧕䜭ᯝᔰⲴᛵߥл᡽㜭〫䲔᧕
ൠ䘎᧕DŽ
2
1
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1
2
19-0047
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1. 100G ԕཚ㖁Ӕᦒᵪ F9432-C
2. ᵪ󰶇ᆹ㻵྇Ԧ — 2 њࡽḡ᭟󰶇ˈ 2 њḡ᭟󰶇ˈ20 њ㷪э
઼2 њ㙣㷪эDŽ
3. ⭥Ⓚ㓯 ˄ӵ䲿Ӕ⍱⭥Ⓚ䱴ᑖ˅
4. ᧕ൠ㓯 ˄ӵ䲿ⴤ⍱⭥Ⓚ䱴ᑖ˅
5. ᧗ࡦ㓯㔶 —RJ-45 㠣DB-9
6. DC ⭥Ⓚ䖜᧕ཤ ˄ӵ䲿 48 VDC ⭥Ⓚ䱴ᑖ˅
7. ᮷ẓ — ᘛ䙏ޕ䰘ᤷই ˄ᵜ᮷ẓ˅ԕ৺ᆹޘ઼㇑ࡦؑ᚟
F9432-C | F9432B-C
㻵␵অ
1
27
5
346
100Gԕཚ㖁Ӕᦒᵪ

ᘛ䙏ޕ䰘ᤷই
– 8–
䘎᧕⭥Ⓚ
1. ሶањᡆєњ AC ᡆDC PSU ᆹ㻵൘ӔᦒᵪѝDŽ
↔Ӕᦒᵪᴰཊ᭟ᤱ 2њPSUˈᒦфᆳԜⲴ≄⍱ᯩᗵ享оᡰ
ᆹ㻵Ⲵ仾ᡷ󰶇⴨ㅖDŽ
2. ሶཆ䜘 AC ᡆDC ⭥Ⓚ䘎᧕ࡠ PSUDŽ
1. Positronic PLA03F7000/AA 䘎᧕ಘ
2. DC 䘄എ
3. -36 – -72 VDC
4. ᧕ൠ
ỰḕӔᦒᵪ䘀㹼
1. 䙊䗷㌫㔏 LED ỰḕӔᦒᵪⲴสᵜ䘀㹼DŽ
㤕䘀㹼↓ᑨˈ PSU1/PSU2 ઼Fan ㅹLED 䜭ᓄᱮ⽪㔯㢢DŽ
ᢗ㹼ࡍ⅑㌫㔏ࣘ
1. ྲ󰵭㖁㔌󰪞֌㌫㔏 (NOS) ᆹ㻵〻ᒿսҾ㖁㔌ᴽ࣑ಘѝˈᓄ俆
ݸ֯⭘ 100 ⅗࿶Ⲵ 5ǃ5e ㊫ᡆԕкৼ㔎㓯ሶ RJ-45 ㇑⨶
(Mgmt) ㄟ䘎᧕ࡠ㖁㔌DŽ˄NOS ᆹ㻵〻ᒿսҾ⴨䘎Ⲵᆈۘ㻵
㖞ѝᰦн䴰㾱DŽ˅
2. ࣘӔᦒᵪDŽㅹᖵ ONIE 䖟Ԧ᢮ࡠ઼ᢗ㹼 NOS ᆹ㻵〻ᒿˈ❦
ㅹᖵᆹ㻵〻ᒿ࣐䖭 NOS 䖟Ԧ᱐ۿDŽ
ԕӔᦒᵪࣘᰦሶ䐣䗷 ONIE 㘼ⴤ᧕䘀㹼 NOS 䖟ԦDŽ
䘎᧕㖁㓯
1. ሩҾ RJ-45 ㇑⨶ㄟˈ䘎᧕ 100 ⅗࿶ 5ǃ5e ㊫ᡆԕкⲴৼ㔎
㓯DŽ
2. ሶDAC 㓯䘎᧕ࡠ SFP+/QSFP28 ᨂ󰿎DŽᡆݸሶ SFP+/QSFP28
᭦ಘᆹ㻵൘ᨂ󰿎ѝˈ❦ሶݹ㔶䘎᧕ࡠ᭦ಘㄟDŽ
3. ᔪ・䘎᧕ˈỰḕㄟ⣦ᘱ LEDˈ⺞؍䘎᧕↓ᑨDŽ
ሩҾ SFP+ ㄟ˖
㔯㢢 — 10 Gbps ⁑ᔿ
⩕⧰㢢 — 1 Gbps ⁑ᔿ
⇿њ QSFP28 ㄟᴹഋњ LEDˈ൘ԕл⁑ᔿѝᤷ⽪↓ᑨ䘎᧕ :
1 LED 㬍㢢 — 100 Gbps ⁑ᔿ
1 LED ₉㢢 — 40 Gbps ⁑ᔿ
1-4 LED ⲭ㢢 — 25 Gbps ケ⹤⁑ᔿ ˄ഋ䙊䚃˅
1-4 LED 㔯㢢 — 10 Gbps ケ⹤⁑ᔿ ˄ഋ䙊䚃˅
ሿᗳ˖֯⭘ UL/IEC/EN 60950-1 䇔䇱⭥Ⓚ㓯䘎᧕ࡠ DC 䖜
ᦒಘˈ֯⭘ #14 AWG 㓯 ˄⭘Ҿ -36 VDC ࡠ-72 VDC
PSU˅䘎᧕ࡠ DC PSUDŽ
4
1
2
3
4
1
2
5
1
⌘᜿˖䈧৲㘳㖁㔌󰪞֌㌫㔏 (NOS) ᆹ㻵〻ᒿ઼ NOS ᮷ẓ
ԕ䈖㓶Ҷ䀓䖟Ԧ䘹亩઼ྲօ䇮㖞 ONIEDŽ
6
7
3
2
1

ᘛ䙏ޕ䰘ᤷই
– 9–
Ӕᦒᵪᵪ㇡
ቪረ (WxDxH) 438.4 x 515 x 43.5 mm (17.26 x 20.28 x 1.71 㤡ረ )
䟽䟿 10.87 kg (23.96 ⻵)ˈᤜᆹ㻵Ⲵєњ PSU
⑙ᓖ 󰪞֌ᰦ˖0° C ࡠ45° C (32° F ࡠ113° F)
ᆈ᭮ᰦ˖-40° C ࡠ70° C ˄-40° F ࡠ158° F˅
⒯ᓖ 󰪞֌ᰦ˖5% ࡠ95% ˄䶎ߧࠍ˅
࣏㙇 ᴰབྷ 550 W
AC PSU
⭥Ⓚ仍ᇊ٬ 100–240 VACˈ50-60 Hzˈ650 W
Ӕ⍱䗃ޕ 100–240 VAC, 50-60 Hz, ᴰབྷ 6 A
48 VDC PSU
⭥Ⓚ仍ᇊ٬ 48 VDCˈ650 W
ⴤ⍱䗃ޕ -36 V – -72 Vˈᴰབྷ 16 A
㇑ࡦㅖᙗ
䗀ሴ EN 55032:2015+AC:2016, Class A
EN 61000-3-2:2014, Class A
EN 61000-3-3:2013
FCC Class A
VCCI Class A
CCC GB 9254-2008, Class A
BSMI Class A, CNS 13438
ᣇᒢᢠᙗ EN 55024:2010+A1:2015
IEC 61000-4-2/3/4/5/6/8/11
ᆹޘ UL (CSA 22.2 No 60950-1 & UL60950-1)
CB (IEC/EN60950-1)
CCC GB4943.1-2011
BSMI, CNS 14336-1
⒮ RoHS CNS 15663
⺜Ԧ㿴Ṭ