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MU-MIMO ac Wave2 solution

802.11 ac Wave2 miniPCIe modules and router boards. New MU-MINO WiFi5 solution !!

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  1. Wallys DR-AP4029 Outdoor WiFi 5 Access point, 802.11ac 2x2 Mu-MIMO, dual band, 2,4 omni + 5GHz directional antennas, IP67

    $149.00

    Multifunction QCA IPQ4029 Wallys DR-AP4029 Outdoor WiFi 5 Access point, 802.11ac 2x2 Mu-MIMO, dual band, 2,4 omni + 5GHz directional antennas, IP67

    DR-AP4029(Outdoor) is a 2x2 MU-MIMO 2.4G&5G high power Radio AP Router which including 1x DR4029 ( IPQ4029 ) Board;2 x 2,,4GHz Onmi Antenna 6dBi ; 2x2 MIMO 5GHz directional antenna 16dBi, 1 x POE Adapter(24V^1A~48V^0.6A);1 x Enclosure.

    ■ Our Firmware supports all the modules of Quectel

    Support Openwifi

    Support QSDK

    Support Openwrt

      

    Planar Antenna 

    ■  2 x 2 MIMO 5G Antenna

    ■  5G: 16dbi

    Available for orders, lead time is 2-3 weeks.

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  2. Wallys DR-AP4029 Indoor WiFi 5 Access point, 802.11ac 2x2 Mu-MIMO, dual band, 2,4 + 5GHZ omni 4 / 6dBi antennas

    $125.00

    MULTIFUNCTION QCA IPQ4029 WALLYS DR-AP4029 INDOOR WIFI 5 ACCESS POINT, 802.11AC 2X2 MU-MIMO, DUAL BAND, 2,4 + 5GHZ OMNI antennas 4 / 6dBi

    Description

    DR-AP4029 is a 2x2 MU-MIMO 2.4G&5G high power Radio AP Router which including 1x DR4029 ( IPQ4029 ) Board; 2+2 x 2.4G&5G Onmi Antennas; 1 x POE Adapter(24V^1A~48V^0.6A);1 x Enclosure.

    Onmi Antenna 

    ■  2 x 2.4G&5G Antenna

    ■  PCB Antenna

    ■  2.4G: 4dbi ;5G: 6dbi

    Enclosure

    ■  Dimension: 220x 220 x 42.54mm

    ■  UV Protected and Durable ABS Radome

    ■ Our Firmware supports all the modules of Quectel

    Support Openwifi

    Support QSDK

    Support Openwrt

      

    Learn More
  3. Turris WiFi 2.4 / 5GHz Antenna Diplexer with LTE Coexistence Filter (Dual Band)

    $24.99

    Turris Diplexer with LTE Coexistence Filter

    It combines the 2.4GHz/5GHz signals to one single dual-band antenna with or without an LTE coexistence filter. Instead of using 8x Antennas for both WiFi radio, you may now reduce the antenna to 4 by using our diplexer to connect both 2.4GHz and 5GHz radios together. LTE coexistence option is with High Rejection in LTE bands.

    Specifications:
    • 1x1 2.4GHz/5GHz U.FL Connector
    • 1x1 2.4GHz/5GHz SMA Connector, no cable sincluded in
    • 2412MHz~2472MHz, 4900MHz~5950MHz
    • 50 Ω for Impedance
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  4. SALE - WPJ428 Multi-function IPQ4028 Embedded Board, 710MHz CPU / 2x GE Port / Dual Band 802.11ac Wave 2, LTE Gateway

    $99.90

    WPJ428HV - 2.4GHz & 5GHz 2×2 802.11ac Wave 2 MU-MIMO Wireless Embedded Board with M.2 Slot

    • Next Gen IPQ4028 ARM v7 CPU, 710MHz CPU
    • On-board Dual Band 2×2 802.11ac Wave 2 300Mbps @ 802.11n + 867Mbps @ 802.11ac
    • 802.11ac Wave 2
    • Integrated IEEE 802.3af/at
    • Support 2 x Gigabit Ethernet Port
    • 1x NGFF (M.2) Slot
    • 802.11ac Wave 2 LTE Gateway - WPJ428 board only provide M2 slot for 3G/4G module, LTE supported frequencies/channels and LTE supported antenna are determined by the 3G/4G module.
    • samples available ! for compatible LTE modules check our LTE modules category !
    • Can support Quectel EM12-G 4G LTE module now !!! Same as EC25, EP06 or EM7455 modules
    - Max connected clients for 11ac radio in wpj428 is about 245users. (class C Network)
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  5. Qualcomm Atheros QCA 9377 dual-band WiFi AC Bluetooth wireless network card

    $17.00

    Advanced 802.11ac combo SoC - this module is EOL - you can use Intel AC7265 module as substitue 

    Advanced 802.11ac features such as MU-MIMO, Host wake-on-wireless and ARP (Address Resolution Protocol) offloading enable the WLAN link to remain associated for extended periods for additional power savings

    Supports dual-mode Bluetooth 5  - QCA9377 supports Bluetooth for Class-1 and Class-2 transmissions without requiring an external power amplifier Advanced WLAN/Bluetooth coexistence and concurrent RX WLAN/Bluetooth coexistence allows for superior rateover-range throughput and low-latency performance in real-world operating conditions Power saving techniques for low power consumption

    Both WLAN and Bluetooth power management utilize advanced power saving techniques such as: - gating clocks to idle or inactive blocks - voltage scaling - fast start and settling circuits - active duty cycles - processor frequency scaling

    Learn More

    Out of stock

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