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Huawei UMPTe5 Baseband Board

Part Number
3057256
Manufacturer
Huawei
In Stock Used

The Huawei UMPTe5 Baseband Board is a core component for wireless base stations, providing essential signal processing and resource management.

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Specifications

AI Research Sourced from publicly available data — verify before purchase.
Part Type Other
Dim Notes Dimensions not available in training data.
Spec Notes Specifications not available in training data.
Dim Confidence unknown

About This Part

The Huawei UMPTe5 Baseband Board is a critical module designed for integration within Huawei's advanced wireless base station systems. This board is primarily responsible for the fundamental baseband processing functions, including signal modulation and demodulation, channel coding, resource scheduling, and efficient management of user data traffic. It serves as the central processing unit for radio signals, enabling seamless and robust communication between mobile devices and the network infrastructure. Typically deployed in Huawei BTS, NodeB, and eNodeB units, the UMPTe5 Baseband Board supports various mobile communication standards, ensuring high capacity and performance crucial for modern telecom networks. While specific technical capacities vary by configuration, these boards are engineered for high throughput, low latency, and multi-mode operation, vital for handling increasing data demands and subscriber loads across 2G, 3G, 4G, and potentially 5G networks. Its robust design ensures reliable operation in demanding network environments. Revo Distribution Limited offers used and refurbished Huawei UMPTe5 Baseband Boards to B2B clients seeking cost-effective solutions for network expansion, maintenance, or upgrades. By providing quality refurbished equipment, Revo enables operators to extend the operational lifecycle of their existing infrastructure, significantly reduce capital expenditure, and maintain high operational efficiency without compromising network performance. Our commitment ensures that these critical telecom components meet stringent quality standards, supporting the continuous evolution of global communication networks.