BBU3801M

Base Band Unit

The BBU3801M is a new generation of open architecture BBU designed based on a universal server platform. The CU software is deployed on the universal CPU platform, and the DU is deployed on the PCIe accelerator card. The BBU3801M adopts the modular design and standard interfaces for superior scalability. It adapts to various technical solutions and has high flexibility.

Highlights of BBU3801M

Universal Platform & Open Architecture

The BBU3801M is based on a universal platform featuring a mature supply chain and low cost. It adopts standard interfaces and modular design to facilitate functional expansion and integration of products or accessories from different manufacturers. This promotes the division of labor and further reduces the development and integration costs of the product.

Deep Fusion of Universal and Dedicated Platforms

The BBU3801M integrates some special CT (Communication Technology) functions such as clock synchronization into a universal server platform. It makes full use of PCIe interfaces to simplify the design. It also meets the special requirements of 4G and 5G base stations for the universal platform to reduce the difficulty of integration and secondary development.

Superior Performance

Thanks to the high-performance, highly-integrated dedicated SoC chip and powerful universal server platform, the BBU3801 can be configured with up to two LBP3800 baseband boards, supporting six 4G cells. One cell supports 400 active users, and one BBU3801M supports up to 2400 active users, equivalent to 4G macro base station specifications.

Good Compatibility with 4G/5G

The BBU3801M adopts a compatible design and supports universal chips of various specifications. Cooperating with various DU baseband boards, the BBU3801M can support 4G, 5G, and 4G+5G dual-mode base stations, achieving smooth upgrade from 4G to 5G.

Specifications of BBU3801M

Dimension 449 mm × 86.3 mm ×307.5 mm
Maximum Power Consumption ˂360 W (full configuration at room temperature) ˂120 W (simplified configuration)
Operating voltage –37 to –60 V DC
Rated voltage –48 V DC
Operating temperature –5°C to 55°C
Synchronization method GNSS/1588 V2
MTBF 100,000 hours
MTTR 30 minutes
Operating temperature -5℃ ~ +55℃
Protection grade IP20
Temperature rise 1°C/min
Storage temperature –30°C ~ 70°C
Operating humidity 5% to 95% RH (non-condensing)
Noise sound power level ≤ 7.2 bels at 25°C, ETS 300 753 3.1
Altitude Max.3,000 meters (temperature decreased 1°C for each 200-meter increase in altitude which exceeds 2,000 meters)
Environmental protection RoHS
EMC Compliance with YD/T 2583.17, 3GPP TS 38.113
Availability ≥99.999%
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