High-performance tri-band Wi-Fi 7 indoor access point with 4x4:4 on 2.4/5/6GHz, 11.5 Gbps peak, 1280 max clients, dual 10GbE PoE++, integrated GNSS and IoT radio, and 41.8W power draw.
The Arista C-460 is the highest-specification Wi-Fi 7 indoor access point in the Cognitive Wi-Fi portfolio, combining three concurrent 4×4:4 MIMO access radios on 2.4GHz, 5GHz, and 6GHz with a peak aggregate physical data rate of 11.5 Gbps, the highest wireless throughput available in the AP product line. A dedicated multi-function radio (MFR) handles WIPS monitoring and client connectivity testing; an integrated IoT radio supports IoT device aggregation independently from the three access radios; and an onboard GNSS receiver provides location data to CloudVision and to GPS-enabled devices connected through the AP. With 1280 simultaneous client association capacity distributed across all bands, the C-460 targets the highest-density enterprise environments: trading floors, large lecture theatres, convention centre exhibition halls, and stadium-tier venues where both the client count and per-client bandwidth demand simultaneously reach the limits of lower-specification APs.
Power draw is 41.8W, requiring 802.3bt PoE++ Class 6 at the upstream switch port, a requirement that also applies to the Arista 720XP series switches that carry built-in PoE++ at the campus access layer. Two 10 GbE uplink ports provide the wired connectivity headroom for 11.5 Gbps aggregate wireless capacity, with both ports PoE++ capable, and both usable for traffic distribution or link failover. Memory resources are 3 GB LPDDR4 RAM and 8 GB eMMC, matching the C-430 specification rather than the C-360's 2×1 GB DDR4 configuration, reflecting the higher memory bandwidth demands of 4×4:4 tri-band Wi-Fi 7 radio scheduling combined with on-AP CV-CUE management, IoT radio aggregation, and GNSS data processing running simultaneously. The operating temperature range of 0°C to 45°C covers commercial indoor environments, and the 5.75 dBi integrated antennas provide a wide coverage radius without requiring supplemental AP density at room edges.
Three concurrent 4×4:4 MIMO radios on 2.4GHz, 5GHz, and 6GHz combine with 802.11be physical-layer improvements (including 320 MHz channel widths on 6GHz and 4096-QAM modulation) to achieve 11.5 Gbps aggregate peak physical data rate. In practice this means that 1280 associated clients can share over 10 Gbps of available wireless capacity in an ideal RF environment, and that individual Wi-Fi 7 clients capable of 4×4:4 MIMO operation receive four spatial streams from the AP, the maximum available on any current-generation indoor AP platform. For applications where individual device bandwidth demand (4K video streaming, real-time simulation, or high-frequency trading data) approaches or exceeds gigabit speeds, four-stream Wi-Fi 7 is the prerequisite infrastructure.
An onboard IoT radio aggregates data from Zigbee, Thread, and Z-Wave devices alongside BLE-connected sensors, providing a single AP infrastructure point for both Wi-Fi clients and the low-power IoT devices that increasingly populate enterprise buildings: environmental sensors, smart lighting controllers, occupancy detectors, and building automation endpoints. The integrated GNSS receiver provides the C-460's absolute position to CloudVision for automatic topology mapping and makes location data available to GPS-capable downstream IoT devices connected through the AP's wired or wireless interfaces, eliminating the need for separate GPS hardware at each AP installation point in location-sensitive deployments.
Two 10 GbE uplinks, both PoE++ (802.3bt Class 6) capable, match the AP's 11.5 Gbps aggregate wireless capacity at the wired interface. Without both 10 GbE ports active, the wireless throughput of 11.5 Gbps would outpace the wired connectivity, creating a bottleneck at the AP-to-switch interface that limits the throughput benefit of the high-MIMO-order radios. With both ports connected via LACP bonding to the upstream switch, 20 Gbps of aggregate wired capacity is available, sufficient headroom above the AP's maximum wireless output to avoid wired congestion under sustained heavy load across all three bands simultaneously.
Three gigabytes of LPDDR4 RAM supports concurrent operation of the full CloudVision CV-CUE management stack, Wi-Fi 7 radio scheduling across three 4×4:4 radios, IoT radio aggregation, GNSS data processing, and continuous WIPS monitoring from the dedicated multi-function radio, all simultaneously, without the memory-constrained time-slicing that limits what lower-memory APs can run concurrently. CV-CUE's AI-driven troubleshooting, automated multi-band frequency coordination, and per-client analytics are fully functional at the AP without cloud connectivity, making the C-460 operationally resilient in environments where WAN connectivity is intermittent or subject to maintenance windows.
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