C8375-E-G2 – 2x10G SFP+ – 4×2.5G mGig UPoE+ – 1x SM + 1x NIM + 1x PIM Slots
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C8375-E-G2 Description
The C8375-E-G2 is the modular member of the Cisco 8300 Series Secure Routers, built for large branch sites where the interface mix is expected to change after install. Its fixed faceplate carries 2 x 10G SFP/SFP+ and 4 x 2.5G multigigabit RJ45 ports with UPoE+ on two of them, and everything beyond that arrives on cards: 1 SM slot, 1 NIM slot and 1 PIM slot for cellular. The default 400W AC internal supply carries no PoE, so powering endpoints means ordering the 760W AC + PoE supply and its 360W budget. Forwarding runs at 38 Gbps with 20 Gbps of IPsec, and both power supply slots and the fan tray stay field-replaceable.
Quick Specs
|
Parameter 7856_faf117-9a> |
Specification 7856_c0ca6e-83> |
|---|---|
|
Product ID 7856_24c917-ce> |
C8375-E-G2 7856_9f611f-c6> |
|
Platform type 7856_6036de-05> |
Modular platform, 1 RU 7856_0055fd-6a> |
|
WAN ports 7856_05698c-ec> |
2 x 10G SFP/SFP+ and 4 x 2.5G mGig RJ45 with 2x UPoE+ 7856_5b6f3c-fb> |
|
Expansion slots 7856_780b57-9e> |
1 x NIM and 1 x SM 7856_f3a2f7-2e> |
|
Cellular slot 7856_1fd345-0f> |
1 x PIM 7856_37e858-b2> |
|
Default power supply model 7856_8dbd8c-86> |
400W AC internal FRU, dual PSU; Cisco publishes no separate supply PID 7856_ecb563-2e> |
|
Power Supply (Upgrade options) 7856_9d3d6e-b3> |
760W AC + PoE, or 500W DC 7856_fc4fe2-89> |
|
Default PoE budget 7856_6ebe9e-9f> |
None; the default 400W AC supply carries no PoE 7856_ec7a0a-b3> |
|
Maximum PoE budget with the 760W AC + PoE supply 7856_625ee4-8d> |
360W 7856_59c55e-7e> |
|
Forwarding throughput 7856_3a0201-69> |
38 Gbps at 512 bytes 7856_00131b-78> |
|
DRAM 7856_3eb6eb-3d> |
16 GB, upgradeable to 32 GB 7856_011693-d9> |
|
Minimum software release 7856_8eb48a-08> |
Cisco IOS XE 17.15.3 7856_aeebf1-74> |
Product Performance
Key Features
An SM slot and a NIM slot let the same chassis take serial, async, DSL, switch or carrier-card modules after deployment, so a branch whose circuit type changes does not need a different router.
The 760W AC + PoE supply delivers 360W, triple what the fixed sibling offers, which is what lets the two UPoE+ ports drive full-power endpoints instead of splitting a much smaller budget.
Power Supply Slot 0, Slot 1 and the fan tray assembly are all field replaceable, so a supply or fan failure is a parts swap in place rather than a chassis return.
DRAM starts at 16 GB and moves to 32 GB, and an M.2 slot takes eUSB or SED storage alongside the 16 GB to 2 TB options, so feature growth over the deployment life is not capped at order time.
Beyond the 0 to 45 degrees C commercial envelope, Cisco publishes a NEBS range of -5 to 55 degrees C up to 6000 feet, which opens central-office and utility cabinets that the commercial range alone would exclude.
A 500W DC supply is listed alongside the AC options and the chassis accepts -40 to 72V at 48V nominal, so a DC-powered site wires the router directly instead of adding a rectifier.
Application Scenarios
Deployed where the WAN mix is not final at install, with the SM and NIM slots holding serial, DSL or async cards as the site’s circuits are cut over.
Installed in central-office and utility environments that need the NEBS -5 to 55 degrees C range or direct 48V DC input rather than commercial AC power.
Placed where cameras, access points or phones draw UPoE+ from the router, in sites that have ordered the 760W AC + PoE supply and its 360W budget.
Product Comparison
|
Parameter 7856_929e1c-2b> |
C8375-E-G2 7856_ea9acb-34> | 7856_d93815-79> | 7856_70d992-56> |
|---|---|---|---|
|
Platform type 7856_22329b-d9> |
Modular platform, 1 RU 7856_9d6314-91> |
Fixed platform, 1 RU 7856_8b5ade-7f> |
Modular platform, 1 RU 7856_3294f3-50> |
|
WAN ports 7856_eb2d6b-ad> |
2 x 10G SFP/SFP+ and 4 x 2.5G mGig RJ45 (2x UPoE+) 7856_7c353b-c0> |
2 x 10G SFP/SFP+ and 2 x 5G mGig RJ45 (2x UPoE+) 7856_343188-56> |
2x 1/10 GE SFP+ and 2x 2.5 GE mGig RJ-45 (2x UPOE+) 7856_0c3965-b7> |
|
Flex ports 7856_e8d73c-a0> |
Not present on this platform 7856_730656-f0> |
2 x 5G mGig RJ45 (2x UPoE+) and 2 x 1G RJ45 7856_4283ba-87> |
Not present on this platform 7856_7e750e-a8> |
|
LAN ports 7856_df19d4-29> |
Not present on this platform 7856_032b7f-ab> |
2 x 10G SFP/SFP+ 7856_b299d4-31> |
Not present on this platform 7856_0c9c64-4e> |
|
Expansion slots 7856_419f38-8f> |
1 x NIM and 1 x SM 7856_b8ec2a-af> |
No NIM or SM bay 7856_6c0305-82> |
1 x NIM only 7856_ee5c1e-a0> |
|
Default power supply model 7856_cfe880-73> |
400W AC internal FRU 7856_88f2a3-3d> |
110W AC external adapter 7856_4c44a8-ac> |
140W AC internal 7856_db2fa7-0f> |
|
Power Supply (Upgrade options) 7856_a26240-c9> |
760W AC + PoE, or 500W DC 7856_bce739-02> |
230W AC + PoE 7856_84110e-ea> |
150W AC for PoE 7856_12171d-cd> |
|
Default PoE budget 7856_33c5ff-bd> |
None; the default supply carries no PoE 7856_206cc2-e5> |
None; the default supply carries no PoE 7856_05d925-4f> |
None; the default supply carries no PoE 7856_7a74b5-dc> |
|
Maximum PoE budget with the PoE supply 7856_723f24-fa> |
360W 7856_2d0592-23> |
120W 7856_47f04c-36> |
120W 7856_48ddfb-90> |
|
Forwarding throughput 7856_587c14-b1> |
38 Gbps 7856_67df7e-11> |
38 Gbps 7856_27aae3-89> |
19 Gbps 7856_3b1c9b-e8> |
|
SD-WAN throughput 7856_0764ef-c0> |
12 Gbps 7856_07bff5-c1> |
8.7 Gbps 7856_082f9e-b7> |
4 Gbps 7856_1e0991-7f> |
|
Threat protection throughput 7856_3e8977-9f> |
7 Gbps 7856_7ed821-31> |
3.9 Gbps 7856_68a5b2-8d> |
2.4 Gbps 7856_8375f4-12> |
|
DRAM 7856_1e42d2-86> |
16 GB, upgradeable to 32 GB 7856_0aad77-8f> |
16 GB, fixed 7856_79c65e-f4> |
16 GB 7856_dc1444-98> |
|
Chassis weight 7856_29aad6-fb> |
14.3 lbs 7856_7dc230-44> |
9.25 lbs 7856_211d81-10> |
8.36 lbs 7856_0d20cb-2f> |
|
Minimum software release 7856_23c75c-61> |
Cisco IOS XE 17.15.3 7856_816b59-41> |
Cisco IOS XE 17.18.1 7856_be6ece-74> |
Cisco IOS XE 17.18.1 7856_52a333-7e> |
- C8375-E-G2 and C8355-G2 forward at the same 38 Gbps, so the split is not routing capacity. C8375-E-G2 buys expansion and power headroom, 1 SM plus 1 NIM slot and a 360W PoE budget against no module bay and 120W, while C8355-G2 puts 2 x 10G SFP/SFP+ on the LAN side plus four Flex and 1G ports that C8375-E-G2 does not carry at all.
- The trade runs in both directions on the faceplate. A site needing 10G in both directions gets it natively from C8355-G2, whereas on C8375-E-G2 the same layout has to be bought as a NIM and consumes the slot that a serial or DSL card would otherwise take.
- Against C8235-E-G2 the boundary is the SM slot and the throughput tier. C8235-E-G2 has 1 NIM and no SM, forwards at 19 Gbps against 38 Gbps, and delivers 4 Gbps of SD-WAN against 12 Gbps; it holds the same 120W PoE ceiling as C8355-G2, so a branch that needs a service module and more than 120W of endpoint power has only C8375-E-G2 in this group.
- For deciding which SKU to order, settle whether an SM-form-factor module will ever be required, because only C8375-E-G2 has that bay and no carrier card retrofits one; then size forwarding against the circuit to separate the 38 Gbps pair from C8235-E-G2. Cellular is not a differentiator here, since all three carry 1 PIM slot.
Selection Guide
1. When The SM Slot Is The Reason
C8375-E-G2 is the only router in this group with an SM bay, so a design that needs SM-X-1T3/E3, SM-X-64A or the C-SM-NIM-ADPT carrier holding two NIMs starts here; a branch that only ever needs one NIM can take C8235-E-G2 at a lower throughput tier and the same 120W PoE ceiling.
2. Three Hundred Sixty Watts Against One Hundred Twenty
The 760W AC + PoE supply is what separates this router from both alternatives on endpoint power: 360W against the 120W that C8355-G2 and C8235-E-G2 top out at. A site drawing more than 120W across its powered ports has no other option in the 8300 or 8200 line.
3. Where The Fixed Faceplate Wins
C8355-G2 carries 2 x 10G SFP/SFP+ on the LAN side and four more Flex and 1G ports natively; reproducing that on C8375-E-G2 costs the NIM slot and a C-NIM-4X module, so a site with a settled port plan and no module roadmap pays less and keeps more ports with the fixed model.
4. An Earlier Software Floor Than Its Own Sibling
C8375-E-G2 starts at Cisco IOS XE 17.15.3 and Cisco Catalyst SD-WAN Manager 20.15.3, while C8355-G2 needs 17.18.1 and 20.18.1; an estate standardised on a 17.15 train can adopt this router immediately and has to qualify a newer image before the fixed model enters service.
5. NEBS And DC Input Decide Site Type
The NEBS -5 to 55 degrees C range and the 500W DC supply put this router into central-office and utility cabinets; C8355-G2 publishes only a 0 to 40 degrees C sea-level envelope and no DC option, so site power and thermal conditions can settle the choice before any port count is compared.
PoE Power Planning
|
Planning Item 7856_ce400e-1a> |
Value or Check 7856_ffb5be-48> |
|---|---|
|
PoE on the default supply 7856_0492bf-7d> |
None; the default 400W AC internal FRU supply carries no PoE budget 7856_7ac17e-af> |
|
PoE budget with the upgrade supply 7856_c87418-aa> |
360W with the 760W AC + PoE power supply 7856_271d08-df> |
|
UPoE+ capable ports 7856_a13564-3d> |
2 of the 4 multigigabit RJ45 WAN ports 7856_c7f403-6d> |
|
Device count check 7856_eab2a8-fa> |
Confirm total endpoint draw across the two UPoE+ ports against the 360W budget 7856_70ad89-48> |
|
Power supply line item 7856_91cc1f-b5> |
Confirm the 760W AC + PoE supply is on the order whenever any port must deliver power 7856_6044b1-37> |
|
Dual supply population 7856_f0699c-2b> |
Confirm both Power Supply Slot 0 and Slot 1 are populated if the site requires supply redundancy 7856_d29590-ed> |
Ordering Checklist
|
Check Item 7856_b36d95-a2> |
What to Confirm 7856_0f7c9f-e2> |
Why It Matters 7856_112833-49> |
|---|---|---|
|
PoE power supply 7856_7ef114-61> |
Confirm the 760W AC + PoE supply is on the order when any endpoint draws power from the router. 7856_db1464-34> |
The default 400W AC supply has no PoE budget, so the UPoE+ ports stay unpowered until that supply arrives. 7856_a14646-cd> |
|
Module form factor 7856_00aa7c-d2> |
Confirm each planned module matches its bay, with SM-form-factor cards in the SM slot and NIM cards in the NIM slot. 7856_e6bf54-b4> |
The two bays are not interchangeable, and a card ordered for the wrong form factor cannot be installed. 7856_65d100-91> |
|
Software image floor 7856_7bd382-ea> |
Confirm the image is Cisco IOS XE 17.15.3 or later and the manager is Cisco Catalyst SD-WAN Manager 20.15.3 or later. 7856_421c06-64> |
Staging on an earlier train leaves the router unsupported even though the hardware is installed. 7856_dfb984-f3> |
|
DC input plan 7856_8a74b5-43> |
Confirm whether the site feeds AC 85 to 264 VAC or DC -40 to 72V at 48V nominal, and order the 500W DC supply if the feed is DC. 7856_7988c5-66> |
The supply type is fixed at order time and an AC-only order cannot be wired into a DC plant. 7856_6b2f22-25> |
|
Memory and storage sizing 7856_f57bdd-a0> |
Confirm whether 16 GB DRAM and 16 GB storage suffice or whether 32 GB DRAM and larger storage are required. 7856_5046d9-90> |
Storage and DRAM options are selected at order time, and undersizing forces a later parts order. 7856_703076-73> |
|
Rack depth 7856_973cc2-99> |
Confirm the rack clears 16.25 in. of chassis depth plus cabling. 7856_bb2080-38> |
This chassis is deeper than the fixed sibling, and a plan sized for 11.49 in. bodies will not close. 7856_83ef3d-85> |
|
Site thermal range 7856_73008e-9f> |
Confirm the site stays inside 0 to 45 degrees C up to 6000 feet, or qualifies for the NEBS -5 to 55 degrees C range. 7856_e6a012-78> |
The commercial and NEBS envelopes differ, and the wrong assumption at survey time can fail thermal validation. 7856_5509e1-21> |
Optional Add-ons
|
Add-on 7856_4c7ff7-11> |
Description 7856_04637a-e1> |
|---|---|
|
C-NIM-WAN-2X 7856_66f44b-95> |
2-port 1/10Gbps SFP/SFP+ NIM with WAN MACsec. 7856_93ee95-fa> |
|
C-NIM-WAN-4S 7856_848dc2-4e> |
4-port 1Gbps SFP NIM with WAN MACsec. 7856_054ab1-74> |
| 7856_13b710-81> |
4-port 1/10 Gbps SFP/SFP+ switch NIM with LAN/WAN MACsec and optional Layer 3. 7856_e168f9-e0> |
| 7856_b9e8d9-3b> |
8-port 100 Mbps/1 Gbps switch NIM with LAN/WAN MACsec and optional Layer 3. 7856_ef81c1-f2> |
| 7856_fcc168-fb> |
8-port 100M/1/2.5 Gbps switch NIM with UPOE+, LAN/WAN MACsec and optional Layer 3. 7856_f09da3-ab> |
|
C-SM-16P4M2X 7856_85a0ff-75> |
22-port Catalyst Layer 2 switch module with UADP ASIC. 7856_e43a3c-29> |
| 7856_8b2013-9d> |
Single-wide carrier module holding two NIMs in an SM-X form factor. 7856_1c8418-57> |
|
NIM-VAB-A 7856_710c62-04> |
Multi-mode VDSL2/ADSL/2/2+ NIM, Annex A. 7856_b8a59f-50> |
|
NIM-VA-B 7856_6331a6-2e> |
Multi-mode VDSL2/ADSL/2/2+ NIM, Annex B. 7856_4506e3-47> |
|
NIM-VAB-M 7856_c16c45-3e> |
Multi-mode VDSL2/ADSL/2/2+ NIM, Annex M. 7856_8b78b3-d4> |
|
SM-X-1T3/E3 7856_51e1d7-91> |
1-port clear-channel T3/E3 service module. 7856_6b81f2-3d> |
| 7856_6f41a8-b0> |
1-port serial high-speed WAN interface card. 7856_175975-15> |
| 7856_194710-9d> |
2-port serial high-speed WAN interface card. 7856_96784d-5e> |
| 7856_f54659-dd> |
4-port serial high-speed WAN interface card. 7856_01f65f-fc> |
| 7856_a47683-67> |
16-port asynchronous module. 7856_0b5833-4a> |
| 7856_5828af-f6> |
24-port asynchronous module. 7856_f65fb3-9d> |
|
SM-X-64A 7856_dcdea6-2a> |
64-port asynchronous module. 7856_4c4755-b5> |
|
P-5GS6-R16SA-GL 7856_c6ba61-49> |
5G Sub-6 GHz pluggable, 5G SA Global. 7856_d2328f-2c> |
|
P-LTEA7-NA 7856_bc4b6e-69> |
CAT7 LTE Advanced pluggable, North America. 7856_be8ed2-d7> |
|
P-LTEA7-EAL 7856_0a6960-3c> |
CAT7 LTE Advanced pluggable, EMEA, APAC and LATAM. 7856_347e39-39> |
|
P-LTEA7-JP 7856_cfeb34-78> |
CAT7 LTE Advanced pluggable, Japan. 7856_3bb130-18> |
Front Panel
|
Label 7856_f2ad5e-b2> |
Description 7856_fc85ca-47> |
|---|---|
|
1 7856_7eb4a2-76> |
USB 3.0 Type C Storage 7856_440255-95> |
|
2 7856_06ac9f-85> |
Management RJ45 Port 7856_8013f1-06> |
|
3 7856_5ec341-aa> |
Console RJ45 / Micro-USB Port 7856_5a0c35-54> |
|
4 7856_845945-81> |
4 x 2.5G Multigigabit RJ45 Port 7856_ef1ca7-18> |
|
5 7856_41e617-8c> |
2 x 10G SFP/SFP+ Port 7856_c9ddfa-34> |
|
6 7856_8d7fdb-1e> |
NIM Slot 7856_dc25f0-ee> |
|
7 7856_b4cda4-51> |
M.2 Storage Slot (eUSB / SED) 7856_964ef8-f8> |
|
8 7856_1d0d82-31> |
SM Slot 7856_d164d8-b1> |
|
9 7856_579880-68> |
Label Tray 7856_4891a9-d4> |
|
10 7856_0c8fb9-9f> |
RFID 7856_466205-95> |
Rear Panel
|
Label 7856_10e327-49> |
Description 7856_ccf177-d5> |
|---|---|
|
1 7856_cfd2a9-d6> |
Power Supply Slot 1 7856_596e57-bb> |
|
2 7856_cd376c-8e> |
Replaceable Fan Tray Assembly 7856_42a803-fb> |
|
3 7856_68e3e9-57> |
PIM Slot 7856_98919d-44> |
|
4 7856_35f7b8-43> |
Power ON/OFF Switch 7856_cb1fbf-80> |
|
5 7856_be65fd-db> |
Power Supply Slot 0 7856_ff0d14-99> |
Specifications
| Parameter | Specification | Parameter | Specification |
|---|---|---|---|
| Product ID | C8375-E-G2 | Series | Cisco 8300 Series Secure Routers |
| Platform type | Modular platform | WAN ports | 2 x 10G SFP/SFP+ and 4 x 2.5G mGig RJ45 with 2x UPoE+ |
| Flex ports | Not present on this platform | LAN Ports | Not present on this platform |
| Expansion Slots | 1 x NIM and 1 x SM | Cellular Slot | 1 x PIM |
| Management Port | 1 x RJ45 out-of-band management | Console port | 1 x RJ45 and 1 x Micro-USB |
| Storage interface | USB 3.0 Type C | M.2 Storage Slot | eUSB or SED |
| Asset tag | RFID | Fan tray | Replaceable fan tray assembly |
| Power supply slots | Power Supply Slot 0 and Power Supply Slot 1, field replaceable | Default power supply model | 400W AC internal FRU, dual PSU; Cisco publishes no separate supply PID |
| Power Supply (Upgrade options) | 760W AC + PoE, or 500W DC | Default PoE budget | None; the default 400W AC supply carries no PoE |
| Maximum PoE budget with the 760W AC + PoE supply | 360W | Typical Power Consumption | 55W with the default supply and no modules |
| Input voltage | AC: 85 to 264 VAC; DC: -40 to 72V, 48V nominal | DRAM | 16 GB default, upgradeable to 32 GB |
| Storage | 16 GB default, with 32 GB, 600 GB and 2 TB options | Forwarding (512B) | 38 Gbps |
| IPsec (512B) | 20 Gbps | SD-WAN (512B) | 12 Gbps |
| Threat Protection (EMIX) | 7 Gbps | SD-WAN measurement basis | IPsec, QoS, Deep Packet Inspection and Flexible NetFlow enabled |
| Threat Protection measurement basis | 100% DIA-NAT, NGFW, IPS, URLF and AMP enabled | IPv4/IPv6 routes | 2M |
| IPsec tunnels | 3500 | IPv4 ACLs | 4000 |
| IPv4 ACEs | 20K | NAT Sessions | 1.5M |
| VRFs | 4000 | Dimensions (H x W x D) | 1.73 in x 17.5 in x 16.25 in |
| Rack Units (RU) | 1 RU | Chassis weight | 14.3 lbs with two AC power supplies and the fan tray |
| Operating temperature | 0 to 40 degrees C up to 10,000 feet; 0 to 45 degrees C up to 6000 feet | NEBS operating temperature | -5 to 55 degrees C up to 6000 feet |
| Storage temperature | -40 to 70 degrees C | Relative humidity | 5 to 85 percent operating; 5 to 95 percent non-operating and storage |
| Minimum device OS | Cisco IOS XE 17.15.3 | Minimum SD-WAN Manager release | Cisco Catalyst SD-WAN Manager 20.15.3 |
Get More Information
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Quality Certifications
Customer Reviews
Questions & Answers
-
Which WAN edge deployment fits C8375-E-G2?
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Which built-in WAN ports does C8375-E-G2 provide?
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How is C8375-E-G2 different from C8355-G2?
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Which throughput number matters for C8375-E-G2?
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What expansion question belongs with C8375-E-G2?
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Which licensing question appears around C8375-E-G2?
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Can C8375-E-G2 replace older ISR or Catalyst 8300 routers?
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What ordering detail prevents a C8375-E-G2 mismatch?
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Which older NIM and SM modules can be reused with C8375-E-G2?
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Does C8375-E-G2 provide 360W of PoE with the standard 400W supply?
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Which C8375-E-G2 throughput figure should I use for a secure branch design?
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What is the 32 GB memory upgrade for C8375-E-G2?
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Which DSL NIMs are listed for C8375-E-G2?
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Can C8375-E-G2 accommodate more than its built-in single NIM slot?
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Does C8375-E-G2 include cellular backup without an additional module?
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Are all four C8375-E-G2 multigigabit ports UPOE+ capable?
-
Can an IOS XE upgrade change C8375-E-G2 encryption throughput without a license change?
-
Which DC supply is listed for C8375-E-G2?
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