Search results for '524WiFi'

524WiFi™ P7615-4x4-DBDC-MP Pro Plus — MediaTek MT7615 Wi-Fi 5 Mini PCIe AP Module with Configurable 4x4 or 2x2 Dual-Band Concurrent Operation

524WiFi™ P7615-4x4-DBDC-MP Pro Plus — Build a flexible Wi-Fi 5 access point with AC1733-class performance, four RF chains and a compact Mini PCIe interface. Choose a dedicated 4-stream radio configuration or simultaneous 2.4/5 GHz service in the 2×2 + 2×2 DBDC layout. A versatile platform for OpenWrt routers, embedded gateways and custom wireless installations.

Part of our tuned professional radio range, with Signal Plus™ antenna-system guidance and detailed Linux/OpenWrt integration notes below.

WiFi 5 wave2 4T4R Dual Bands Dual Concurrent mPCIe Card IEEE802.11ax / ac / a / b / g / n 2.4G / 5GHz MT7615NP1, DBDC 

Chipset: MTK MT7615N , this is older WIFI 5 module,lead time is 2-3 weeks.

Interface: Normal Gold Finger miniPCIE

AW7615-NP1 is a 11ac WiFi Mini PCIe standard full-size Module based on Mediatek MT7615 which supports 1.7 Gbps PHY rate and Dual Bands Dual Concurrents (DBDC).

It fully complies with IEEE802.11ac and IEEE802.11 a/b/g/n standards, offering feature-rich wireless connectivity at high standards, and delivering reliable, cost-effective throughput from an extended distance.

Optimized RF architecture and base band algorithms provide superb performance and low power consumption. Intelligent MAC design deploys a high efficient offload engine and hardware data processing accelerators which completely offloads Wi-Fi task of the host processor. MT7615 is designed to support standard based features in the areas of security,quality of service and international regulations, giving end users the greatest performance any time and in any circumstance.

MT7615 supports concurrent dual-band operation at 5GHz and 2.4GHz band (DBDC, Dual-Band-Dual-Concurrent).

With the advent of 802.11ac, multi-user MIMO (MU-MIMO) is defined. MT7615 supports MU-MIMO with different configurations. An AP is able to use its antenna arrays to transmit multiple frames to different clients at the same time and over the same frequency spectrum.