WLTE7002E26

Description

WLTE7002E26 is a Dual-Band Concurrent 2.4+6GHz WiFi 7 (802.11be) module. It is based on Qualcomm’s QCN6274 or QCN9274  ‘Waikiki’ series radio solution. This is a 2T2R (2×2) MU-MIMO 2.4+6GHz solution and is available in both commercial grade (QCN6274) and industrial grade (QCN9274).

WLTE7002E26 can deliver up to 20dBm per chain for 2.4GHz, and 18dBm for 6GHz and being able to transmit both bands concurrently. This is a perfect solution for customers who needs to support multiple clients stretch across different frequencies in field applications. WLE7002E26 can do both AP and STA mode, in this case, doing backhaul and providing connectivity for clients at the same time. Based on a 3.3V design, WLE7002E26 is proven to be power efficient, yet still capable of delivering decent transmit power for better Wi-Fi coverage, and this is a perfect solution for customers who need to change frequency bands depending on their field applications. The cost-efficient diplexer design reduces the requirement of having multiple Wi-Fi antennas for transmission. Paired with WLTE7002E55 to ensure optimal performance, further enhancing your network reliability and efficiency, making the Quad-Band Bundle Solution a game-changing solution!

Supporting up to 4096-QAMs, WLTE7002E26 with its OFDMA feature is a perfect solution for Enterprise, Industrial, Cybersecurity, Transportation, and SMB applications or appliances. Multi-link operation (MLO) support reduces latency and helps to aggregate throughput, depending on device setup. Preamble puncturing supported by WLTE7002E26 improves spectral efficiency by allowing a Wi-Fi 7 access point (AP) to transmit a “punctured” portion of the spectrum channel if some of the channels are being used by legacy users. FIPS L2 is available as a unique feature on QCN9274, for customers who care most about the cryptographic protection of their product. Furthermore, with Compex acting as a value-added manufacturer, WLTE7002E26 is not restricted to working just on Qualcomm’s ecosystem but also on 3rd party platforms such as Intel x86 and other ARM processors such as NXP and Marvell.

Standard

Wireless

Power

Environmental Compliances