C8130-VAP-G2 – RJ-11 DSL Annex A over POTS – XGS-PON/10G BASE-T – 1x1GE Combo WAN

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C8130-VAP-G2 Description

The C8130-VAP-G2 puts three access technologies on one small-branch faceplate: an RJ-11 modem for VDSL and ADSL over POTS, an XGSPON/10G BASE-T port for passive optical service, and a 1GE RJ-45/SFP combo port for Ethernet handoff. Cisco documents the modem as the Annex A family, and that one line is what sets this part number apart from C8130-VAI-G2 in the catalogue. Behind the access interfaces sit two Flex and two LAN gigabit ports. Measured throughput is 1.9 Gbps forwarding and 1.5 Gbps IPsec, the model is marked SD-WAN Capable No, and the fanless 3.5 lb chassis draws 23W typical from a 66W supply.

Quick Specs

Parameter

Specification

Product ID

C8130-VAP-G2

Embedded DSL

VDSL/ADSL over POTS (Annex A)

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

ADSL standards

Annex A and Annex B/J under ITU G.992.1, G.992.3 and G.992.5

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
IPsec Tunnel Capacity

Key Features

Copper, Fibre And Ethernet On One Faceplate

An RJ-11 modem, an XGSPON/10G BASE-T port and a combo Ethernet port are all fitted, so the router covers a legacy broadband line, a passive optical service and a managed Ethernet handoff without the site holding three different devices.

The POTS-Side Modem In The Pair

Cisco builds this unit’s modem for VDSL and ADSL over POTS; the ISDN-side family is a separate SKU, so the analogue local loop is the condition this part number is written against.

Optical Termination Without An Intermediate Box

The XGSPON port ends the optical service on the router itself, which removes the standalone optical network terminal and the Ethernet hop between it and the router that a DSL-only design would carry.

Full ADSL Standards Coverage Alongside VDSL2

Beyond VDSL2, Cisco lists ADSL under ITU G.992.1, G.992.3 and G.992.5, so an older ADSL or ADSL2+ service is terminated by the same modem that handles a modern VDSL2 profile.

Two Hundred Fifty Tunnels In A Routing-Only Model

IPsec tunnel capacity is 250 across the whole 8100 range, so a branch building site-to-site VPNs is limited by that figure rather than by the 1.9 Gbps forwarding tier or the SD-WAN capability this model does not carry.

Four Mounting Positions For A Broadband Endpoint

Rackmount, desktop, under-desk and DIN-rail or wall mounting are all published, which suits a broadband termination that may end up in a cupboard, behind a counter or on an equipment panel.

Application Scenarios

Analogue Loop Broadband Sites

Deployed where the copper service is delivered over an analogue POTS line and terminated directly on the router’s modem.

Mixed-Access Estates

Installed across a group of sites where some locations are on DSL and others on XGS-PON, using one part number for both delivery types.

Legacy ADSL Terminations

Placed where an older ADSL or ADSL2+ circuit remains in service and the same unit will carry a VDSL2 or optical upgrade later.

Product Comparison

Parameter

C8130-VAP-G2

C8130-VAI-G2

C8151-CVAP-G2

Embedded DSL

VDSL/ADSL over POTS (Annex A)

VDSL/ADSL over ISDN (Annex B/J)

VDSL/ADSL over POTS (Annex A)

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

IPsec tunnels

250

250

250

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

  • C8130-VAP-G2 and C8130-VAI-G2 carry the same three access interfaces, the same four gigabit ports behind them and the same 1.9 Gbps forwarding tier. Cisco separates them at the modem: POTS delivery on C8130-VAP-G2, ISDN delivery on C8130-VAI-G2, with no other published figure changing.
  • That shared faceplate is what makes the pair useful across a mixed estate. A single design covers DSL sites and XGS-PON sites, and the only per-site variable is which of the two Annex families the local loop uses.
  • C8151-CVAP-G2 carries the same POTS-side modem and the same three access media while tripling forwarding to 5.6 Gbps, adding four more LAN ports, an embedded 5G module with dual nano SIM slots and SD-WAN capability, and moving the route tier from 280K to 500K.
  • For deciding which SKU to order, treat the Annex family as a per-site input and the rest of the specification as fixed across the pair; then decide at the estate level whether these branches need cellular backup and fabric management, because that answer moves every affected site to C8151-CVAP-G2 rather than changing anything on this model.

Selection Guide

1. Where Three Access Media Justify One Part Number

A branch estate running some sites on copper and others on optical service can standardise on this chassis, since the RJ-11 modem, the XGSPON port and the combo Ethernet port are all fitted; the alternative is stocking separate DSL and fibre routers for the same design.

2. Annex A Sites Only

The modem in this unit is built for POTS-delivered lines; a site whose loop is ISDN-delivered takes C8130-VAI-G2 instead, and because the two match on every other published figure, that single attribute is the only one that changes between the orders.

3. Two Hundred Fifty Tunnels Bounds The VPN Design

Every 8100 model stops at 250 IPsec tunnels regardless of throughput tier, so a hub-and-spoke design terminating more than that at a branch has to move to the 8200 Series and its 700 tunnels rather than to a larger 8100.

4. When Cellular Backup Enters The Design

No 3.5 lb model in this series has a cellular interface; adding one means C8151-CVAP-G2 with its embedded 5G module, which also brings six LAN ports and SD-WAN capability, so wireless backup is bought together with those rather than on its own.

5. Older ADSL Services Do Not Force An Older Router

ADSL under G.992.1, G.992.3 and G.992.5 sits alongside the VDSL2 profiles in the same modem, so a site still on ADSL2+ can take this router now and keep it through a VDSL2 or XGS-PON upgrade without a hardware change.

Ordering Checklist

Check Item

What to Confirm

Why It Matters

Local loop delivery type

Confirm the line is POTS-delivered and matches the Annex A family.

C8130-VAI-G2 carries the ISDN variant and the two are otherwise identical, so this attribute alone distinguishes the orders.

Existing service standard

Confirm whether the circuit is ADSL, ADSL2+ or VDSL2 and that it falls within the published standards.

The modem covers ITU G.992.1, G.992.3, G.992.5 and G.993.2, and a service outside those will not train.

Optical handoff timing

Confirm whether the XGSPON port is needed at commissioning or reserved for a later change.

The port ships fitted either way, but an active optical service requires the provider handoff.

VPN tunnel count

Confirm the branch terminates no more than 250 IPsec tunnels.

This ceiling applies across the whole 8100 Series and cannot be raised within it.

Fabric management

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-CVAP-G2.

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-VAP-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 POTS (Annex A)
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-VAI-G2 carries VDSL/ADSL over ISDN (Annex B/J) 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

  • Is C8130-VAP-G2 the Annex A or Annex B/J DSL model?

    C8130-VAP-G2 is the Annex A model for VDSL/ADSL over POTS. C8130-VAI-G2 is the Annex B/J, over-ISDN version, so the suffix must match the DSL service being installed.
  • Do I need a separate DSL modem with C8130-VAP-G2?

    C8130-VAP-G2 includes an embedded DSL modem and an RJ-11 DSL interface for a compatible Annex A service. It also provides a 1GE RJ-45/SFP combo WAN interface and an XGS-PON/10GBASE-T access interface.
  • Which VDSL2 profiles can C8130-VAP-G2 use?

    C8130-VAP-G2 supports VDSL2 profiles 8a, 8b, 8c, 8d, 12a, 12b, 17a, and 35b. These profile capabilities apply alongside the model's Annex A configuration; a profile match alone does not change the required DSL annex.
  • What does C8151-CVAP-G2 add over C8130-VAP-G2?

    C8151-CVAP-G2 adds embedded 5G, SD-WAN capability, and six dedicated LAN ports instead of the two on C8130-VAP-G2. Both offer the Annex A DSL configuration, but C8130-VAP-G2 is a routing-only model without cellular connectivity.
  • How much traffic can C8130-VAP-G2 forward or encrypt?

    C8130-VAP-G2 is rated at 1.9 Gbps forwarding and 1.5 Gbps IPsec using 512-byte packets. These are separate platform benchmarks, not a guarantee of DSL access speed or performance with every enabled service.
  • Will a WAN subscription enable SD-WAN on C8130-VAP-G2?

    No. C8130-VAP-G2 is explicitly listed as routing-only and does not support SD-WAN. A subscription does not turn this hardware model into the SD-WAN-capable C8151-CVAP-G2.
  • Does C8130-VAP-G2 need a rack or a separate cooling fan?

    C8130-VAP-G2 is a fanless desktop router and does not require a rack installation. Rack, under-desk, and DIN-rail mounting are available through configurable mounting kits when a fixed installation is preferred.

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