C8130-VAI-G2 – RJ-11 DSL Annex B/J over ISDN – XGS-PON/10G BASE-T – 1x1GE Combo WAN

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C8130-VAI-G2 Description

The C8130-VAI-G2 terminates a DSL circuit whose local loop was built over ISDN. Cisco documents its embedded modem as VDSL/ADSL over ISDN, the Annex B/J family, and that single line is what distinguishes it from C8130-VAP-G2 in the ordering catalogue. Around the modem the router carries a 1GE RJ-45/SFP combo Ethernet WAN port and an XGSPON/10G BASE-T port, so one chassis can hold a copper broadband service today and a passive optical one later. Two Flex and two LAN ports serve the site, forwarding is 1.9 Gbps with 1.5 Gbps of IPsec, and the model is marked SD-WAN Capable No. The body is fanless at 3.5 lb on a 66W supply drawing 23W typical.

Quick Specs

Parameter

Specification

Product ID

C8130-VAI-G2

Embedded DSL

VDSL/ADSL over ISDN (Annex B/J)

WAN Ports

1x 1GE RJ-45/SFP combo, 1x RJ-11 (DSL) and 1x XGSPON/10G BASE-T

Flex Ports

2 x 1GE RJ-45

LAN Ports

2 x 1GE RJ-45

VDSL2 profiles

ITU G.993.2 profiles 8a through 35b

SD-WAN Capable

No

External power supply

66W external power supply

Typical power

23W

Forwarding throughput

1.9 Gbps at 512 bytes

IPv4 routes

280K

Chassis weight

3.5 lb

Minimum software release

Cisco IOS XE 26.1.1

Product Performance

Forwarding Throughput
IPsec Throughput
IPv4 Route Capacity

Key Features

An ISDN-Side Modem, Not A Configurable One

The embedded modem is built for the Annex B/J family and the Annex A variant lives in a separate part number; nothing in software moves a unit between the two, which makes the ordering decision permanent at the moment the SKU is chosen.

A DSL Port And A PON Port Side By Side

The RJ-11 modem and the XGSPON/10G BASE-T port are both present on every unit, so a site does not choose between copper and fibre access at purchase and can be re-cabled when the provider changes the delivery.

Profiles From Long Loop To Short Loop

ITU G.993.2 profiles 8a through 35b are all supported, so the same unit works on a long rural loop running 8a and on a short urban one running 35b without a different modem.

Six Gigabit Ports Behind The Access Interfaces

Beyond the three WAN media the chassis offers two Flex and two LAN gigabit ports, which is the practical device budget for the site since no expansion bay exists anywhere in the 8100 Series.

Two Hundred Eighty Thousand Routes And One Thousand VRFs

The routing-only models in this series sit on the lower table tier, so a broadband branch with a simple table fits comfortably while a segmented design with many VRFs does not.

Twenty-Three Watts In A Silent Enclosure

The fanless 3.5 lb body draws 23W typical, which lets it sit in a shop, a surgery or a small office without adding audible noise or a cooling requirement.

Application Scenarios

Broadband Branches On ISDN-Built Loops

Deployed where the incumbent copper plant was engineered around ISDN and the DSL service is delivered in the Annex B/J family.

Sites Awaiting A Fibre Cutover

Installed where a copper broadband service is in place and a passive optical circuit is expected, with both interfaces already on the chassis.

Retail And Consulting-Room Terminations

Placed in occupied commercial spaces where a silent, wall or desk mounted router terminates the site’s broadband line.

Product Comparison

Parameter

C8130-VAI-G2

C8130-VAP-G2

C8151-CVAI-G2

Embedded DSL

VDSL/ADSL over ISDN (Annex B/J)

VDSL/ADSL over POTS (Annex A)

VDSL/ADSL over ISDN (Annex B/J)

WAN Ports

1x 1GE RJ-45/SFP combo, 1x RJ-11 (DSL), 1x XGSPON/10G BASE-T

1x 1GE RJ-45/SFP combo, 1x RJ-11 (DSL), 1x XGSPON/10G BASE-T

1x 1GE RJ-45/SFP combo, 1x RJ-11 (DSL), 1x XGSPON/10G BASE-T

LAN Ports

2 x 1GE RJ-45

2 x 1GE RJ-45

6 x 1GE RJ-45

Cellular

None on this platform

None on this platform

Embedded 5G 3GPP Release 17 with dual nano SIM slots

SD-WAN Capable

No

No

Yes

Forwarding throughput

1.9 Gbps

1.9 Gbps

5.6 Gbps

SD-WAN throughput

Not listed for this model

Not listed for this model

900 Mbps

IPv4 routes

280K

280K

500K

VRFs

1K

1K

4K

Typical power

23W

23W

27W

Chassis weight

3.5 lb

3.5 lb

5.1 lb

Minimum software release

Cisco IOS XE 26.1.1

Cisco IOS XE 26.1.1

Cisco IOS XE 26.1.1

  • The distance between C8130-VAI-G2 and C8130-VAP-G2 is one row of the data sheet. This unit’s modem is built for VDSL and ADSL over ISDN while the other is built for POTS delivery, and every remaining figure, from the XGS-PON port through the 280K route tier to the 26.1.1 software floor, is shared.
  • Because nothing else differs, the risk in this pair is procurement rather than design. A specification written from throughput, port count or power draw will match both part numbers equally, and only the line technology recorded during the site survey resolves which one will train on the circuit.
  • C8151-CVAI-G2 keeps the same ISDN-side modem and changes the rest: six LAN ports instead of two, an embedded 5G module with dual nano SIM slots, SD-WAN Capable Yes with 900 Mbps published, forwarding at 5.6 Gbps and the 500K route tier, in a 5.1 lb body at 27W.
  • For deciding which SKU to order, take the line technology from the survey rather than from the specification, since that is the only thing separating this model from C8130-VAP-G2; then weigh cellular backup, fabric participation and LAN port count together, because those three arrive as a single step up to C8151-CVAI-G2.

Selection Guide

1. The Survey Result Outranks The Specification

Throughput, ports, power and dimensions are identical across the DSL pair, so a bill of materials built from those attributes cannot distinguish the two; the Annex family recorded at the site is the only input that selects correctly between C8130-VAI-G2 and C8130-VAP-G2.

2. No Software Path Between The Two Variants

Cisco publishes the DSL variant as a hardware property of each SKU rather than a configurable mode, so a unit delivered against the wrong survey has to be exchanged rather than reconfigured.

3. Installing Once Across A Copper-To-Fibre Transition

Both the RJ-11 modem and the XGSPON/10G BASE-T port ship on every unit, so a branch scheduled for a fibre cutover can be commissioned on copper now and moved to the optical service with a patch change instead of a second router.

4. Where Fabric Membership Changes The Part Number

This model is marked SD-WAN Capable No; a site that will be managed as an SD-WAN endpoint takes C8151-CVAI-G2, which carries the same ISDN-side modem alongside embedded 5G and the higher route tier, so fabric participation is bought as a chassis rather than added later.

5. Four Wired Positions Is The Working Limit

Two Flex and two LAN gigabit ports give four device positions and the series has no expansion bay; a site with more wired endpoints needs a local switch or the six-LAN-port C8151-CVAI-G2, and neither is addressed by the 1.9 Gbps forwarding figure.

Ordering Checklist

Check Item

What to Confirm

Why It Matters

DSL Annex family from the site survey

Confirm the recorded local loop is ISDN-delivered and matches Annex B/J.

C8130-VAP-G2 carries the POTS variant and is otherwise identical, so this is the only attribute that separates the two orders.

Provider profile support

Confirm the provider profile falls within ITU G.993.2 8a through 35b.

Cisco publishes that profile range for the embedded modem and a service outside it will not train.

XGS-PON readiness

Confirm whether the optical port will be used at commissioning or after a later cutover.

The port ships on every unit, but an active PON service needs the provider handoff in place first.

SD-WAN participation

Confirm the site will not be managed as a Cisco Catalyst SD-WAN endpoint.

Cisco marks this model SD-WAN Capable No; a fabric site needs C8151-CVAI-G2.

Wired device count

Confirm no more than four wired devices connect behind the WAN interfaces.

Two Flex and two LAN ports are the full complement and the series has no expansion bay.

Software image floor

Confirm the image is Cisco IOS XE 26.1.1 or later.

The DSL models sit on a different release family from the basic 8100 routers at 17.18.1.

Mounting hardware

Confirm which of rackmount, desktop, under-desk or DIN-rail mounting the site uses and that the accessory is on the order.

Each mounting position needs its own hardware.

Optional Add-ons

Add-on

Description

66W external power supply

The external supply listed for this model.

Specifications

Parameter Specification Parameter Specification
Product ID C8130-VAI-G2 Series Cisco 8100 Series Secure Routers
Platform type Fanless small-branch router WAN Ports 1x 1GE RJ-45/SFP combo, 1x RJ-11 (DSL) and 1x XGSPON/10G BASE-T
Flex Ports 2 x 1GE RJ-45 LAN Ports 2 x 1GE RJ-45
Cellular None on this platform Embedded DSL VDSL/ADSL over ISDN (Annex B/J)
VDSL2 profiles ITU G.993.2 profiles 8a, 8b, 8c, 8d, 12a, 12b, 17a and 35b ADSL standards Annex A and Annex B/J under ITU G.992.1, G.992.3 and G.992.5
Paired DSL variant C8130-VAP-G2 carries VDSL/ADSL over POTS (Annex A) Expansion Slots None; the 8100 Series has no NIM or SM bay
Management port 1 x RJ-45 console Storage interface 1 x USB Type C 3.0 for out-of-band management
External power supply 66W external power supply Typical power 23W
SD-WAN Capable No Forwarding (512B) 1.9 Gbps
IPsec (512B) 1.5 Gbps SD-WAN (512B) Not listed for this model
Threat Protection (EMIX) Not listed for this model IPv4 routes 280K
IPv6 routes 260K IPv4 ACLs 2K
IPv4 ACEs 5K NAT sessions 100K
VRFs 1K IPsec tunnels 250
Dimensions (H x D x W) 1.09 x 7.8 x 10.8 in Chassis weight 3.5 lb
Operating temperature 0 to 40 degrees C at sea level, with 1 degree C of derating per 1000 feet above sea level Non-operating temperature -40 to 70 degrees C
Operating humidity 5 to 85 percent relative humidity, noncondensing Operating altitude 0 to 10,000 feet (0 to 3048 m)
Non-operating altitude 0 to 15,000 feet (0 to 4572 m) MTBF Greater than 100,000 hours
Mounting options Rackmount, desktop, under desk, DIN-rail or wall mount Minimum device OS Cisco IOS XE 26.1.1
Minimum SD-WAN Manager release Cisco Catalyst SD-WAN Release 26.1.1    

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Questions & Answers

  • When should I order C8130-VAI-G2 instead of C8130-VAP-G2?

    Choose C8130-VAI-G2 for the VDSL/ADSL over ISDN configuration identified as Annex B/J. C8130-VAP-G2 is the over-POTS, Annex A variant; the carrier's required DSL annex determines the correct order.
  • Does C8130-VAI-G2 support VDSL2 profile 35b?

    Yes. The embedded DSL module in C8130-VAI-G2 supports VDSL2 profile 35b, along with profiles 8a, 8b, 8c, 8d, 12a, 12b, and 17a. The required service must also match the model's Annex B/J DSL configuration.
  • Which WAN connections are available alongside DSL on C8130-VAI-G2?

    C8130-VAI-G2 has a 1GE RJ-45/SFP combo WAN interface and an XGS-PON/10GBASE-T interface in addition to its RJ-11 DSL port. The interface list does not establish compatibility with every provider's optical service or supplied module.
  • Can C8130-VAI-G2 deliver 10 Gbps through its XGS-PON interface?

    C8130-VAI-G2 has a 10G-capable access interface, but its published forwarding benchmark is 1.9 Gbps with 512-byte packets. Its IPsec benchmark is 1.5 Gbps, so a 10G interface does not imply 10 Gbps of routed or encrypted traffic.
  • Is C8130-VAI-G2 compatible with a Catalyst SD-WAN deployment?

    No. C8130-VAI-G2 is one of the routing-only 8100 models. C8151-CVAI-G2 combines the Annex B/J DSL option with SD-WAN capability and embedded 5G when those features are required.
  • Can a 5G module be installed in C8130-VAI-G2?

    No. C8130-VAI-G2 has no cellular PIM slot or embedded 5G radio. The similarly named C8151-CVAI-G2 includes embedded 5G; it is a different hardware configuration rather than a cellular upgrade for this router.
  • Which C8130-VAI-G2 image option should I select for encrypted VPN traffic?

    For encrypted VPN use on C8130-VAI-G2, distinguish the UK9 Universal image from the NEK9 No Payload Encryption option. Selecting the encryption-capable image is separate from obtaining the feature license and authorization required for the intended VPN deployment.

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