LORDWORLD
LORDWORLD BE200 WiFi 7 Bluetooth 5.4 development board
Adds WiFi 7 and Bluetooth 5.4 via an M.2 E-key module with tri-band speeds up to 5800 Mbps
- WiFi 7 tri-band reaches 5800 Mbps on 6 GHz
- Bluetooth 5.4 extends range for stable device pairing
- MU-MIMO serves multiple devices simultaneously to cut latency
- NGFF M.2 E Key fits compatible maker boards
- IEEE 802.11be standard enables next-gen wireless performance
Target audience
This LORDWORLD BE200 development board adds WiFi 7 and Bluetooth 5.4 to any platform with an M.2 E-key slot. Makers and embedded engineers use it to prototype tri-band wireless links for IoT gateways, robotics or test rigs. It is not suited for desktop PCs that lack the required E-key connector or for projects that need a full-size PCIe card.
Deciding specification
The module implements IEEE 802.11be across 2.4 GHz, 5 GHz and 6 GHz bands with peak PHY rates of 574 Mbps, 2400 Mbps and 5800 Mbps respectively. MU-MIMO lets several clients share the channel simultaneously. If your regulator does not yet open the 6 GHz band or your antenna design covers only two bands, the 5800 Mbps figure will not be reachable.
Sustained behaviour
Under continuous load the BE200 maintains throughput by scheduling multiple spatial streams through MU-MIMO rather than relying on short burst rates. Bluetooth 5.4 coexistence keeps peripheral links stable while the Wi-Fi radio saturates the 6 GHz channel. Thermal throttling may reduce the 5800 Mbps ceiling in enclosed chassis without active airflow.
Helstu kostir
- WiFi 7 tri-band reaches 5800 Mbps on 6 GHz
- Bluetooth 5.4 extends range for stable device pairing
- MU-MIMO serves multiple devices simultaneously to cut latency
- NGFF M.2 E Key fits compatible maker boards
- IEEE 802.11be standard enables next-gen wireless performance
Tæknilýsing
| Brand | LORDWORLD |
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Spurningar um þessa vöru
How does the 5800 Mbps 6 GHz rate translate to actual throughput on my PC?
The 5800 Mbps figure is the PHY link rate on the 6 GHz band under Wi‑Fi 7; real‑world throughput will be lower and depends on router capabilities, channel width, interference and the host system's PCIe or USB interface.
What does the M.2 E‑key interface limit in practice?
The board uses an M.2 E‑key slot, which carries PCIe and USB lanes for Wi‑Fi 7 and Bluetooth 5.4; the slot itself does not cap the 5800 Mbps PHY rate, but the host's PCIe generation and lane count will determine maximum sustained throughput.
What physical slot and mounting does the BE200 board require?
It fits an M.2 E‑key connector (key E) and needs the matching standoff and screw on the motherboard or carrier board for secure mounting.
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