Enterprise-grade switching built for ISPs and SMBs. Passive or active cooling options, flexible PoE profiles (incl. 24V/48V passive), and your choice of open-source or proprietary OS.
Key resources and Layer-3 capabilities. Values are profile-dependent where noted.
System and Switching Resources | Value |
---|---|
Packet buffer size | 12 Mb |
RAM size | 2 GB |
ROM / eMMC storage | 8 GB |
MAC address table | 16 K |
ARP / Next-hop table | 1 K entries |
VLANs | 4 K |
L2 multicast port masks | 1 K |
Router legs | 127 |
Multicast router leg mask | 1023 |
Super VCAP blocks | 6 (shared between LPM, ACL, QoS, and multicast) |
Layer 3 Routing Capabilities | Value |
---|---|
IPv4 unicast routes | 3072 per VCAP block; up to ≈ 18 K total (profile-dependent) |
IPv6 unicast routes | 1024–1536 per VCAP block; up to ≈ 6–9 K total (profile-dependent) |
IPv4 multicast routes (S,G or *,G) | 1536 per VCAP block; up to ≈ 9 K total (profile-dependent) |
IPv6 multicast routes (S,G or *,G) | 512 per VCAP block; up to ≈ 3 K total (profile-dependent) |
Reverse Path Forwarding (RPF) | Supported |
Maximum ECMP group size | Up to 16 next-hop paths per group |
Quality of Service (QoS) and Security | Value |
---|---|
Ingress QoS mapping table | 1 K entries |
Egress QoS mapping table | 2 K entries |
Egress queues | 8 per port (1 priority queue) |
Ingress virtual queues | 1 per priority per port |
Ingress ACL (IS2) | Up to 3 K (312-bit rules per allocated block) |
Egress ACL (ES2) | 512 (312-bit rules) |
Note: Capacities for routes, ACLs, and multicast groups are profile-dependent. VCAP (TCAM) resources are shared across LPM, ACL, QoS, and multicast; values reflect maximums achievable with appropriate profiles.
Parameter | Model | |||
---|---|---|---|---|
A1-16 | A1-16P | A1-24 | A1-24P | |
1GE RJ45 | 16 | 16 | 24 | 24 |
10GE SFP+ | 2 | 2 | 2 | 2 |
PoE Type | — | 802.3af/at Passive PoE 24&48v | — | 802.3 af/at/bt Passive PoE 24&48v |
PoE Ports 802.3af/at | — | 8 | — | 24 |
PoE Ports 802.3bt (type 4) | — | — | — | 8 |
Passive 48v 2 pairs PoE Ports | — | 8 | — | 24 |
Passive 48v 4 pairs PoE Ports | — | — | — | 8 |
Passive 24v 2 pairs PoE Ports | — | 8 | — | 8 |
PoE Budget per Port | — | 30Wt (802.3af/at/Passive) | — | 30Wt (802.3af/at/Passive) 90Wt (802.3bt/Passive 4pairs) |
Total PoE Budget | — | 150Watt | — | 370Watt |
Console | USB-C | USB-C | USB-C | USB-C |
Cooling | Fanless | Active (rear-to-front airflow) | Fanless | Active (rear-to-front airflow) |
AC Power | AC: 90–260 V 50–60 Hz | AC: 90–260 V 50–60 Hz | AC: 90–260 V 50–60 Hz | AC: 90–260 V 50–60 Hz |
Dimensions (H × W × D) | 4.37 × 48.26 × 25 cm | 4.37 × 48.26 × 25 cm | 4.37 × 48.26 × 25 cm | 4.37 × 48.26 × 25 cm |
Weight | 4 kg (max) | 4 kg (max) | 4 kg (max) | 4 kg (max) |
Notes: (1) values are illustrative; align with the sw-models sheet if needed. (2) All models with the “P” index use active cooling only.
Open-source build for enthusiasts or proprietary OS for enterprises. Same hardware, tailored software experience.
Each product is defined by a structured part number representing its configuration.
A
– Access levelD
– Distribution levelC
– Core levelB
– Built-in PSUH
– Hot-swap PSU01…02
– QuantityS
– SFP/SFP+/SFP2510G
– Speed02
– QuantityE
– Ethernet01G
– Speed16 / 24
– QuantityA
– AF/ATB
– BTP
– Passive 24VPX
– PxSW management OSOW
– OpenWRT-based buildDC
– External DC input portL
– Integrated cellular modemExample: A-B02-S10G02-E01G24-A24B08P08-PX/DC/L
Access-level switch with two built-in power supplies, two 10G SFP+ uplinks, 24× 1G Ethernet ports, 24× PoE AF/AT outputs, 8× BT ports, 8× passive 24V, managed by PxSW, equipped with DC-in and integrated cellular modem.
Explore advanced Layer-2 and Layer-3 capabilities available exclusively in the proprietary PxSW platform.
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