As wireless networks grow, macro base stations need efficient, compact solutions. Our new RF power drivers and amplifiers deliver high power, multiband support, and cost-effective designs to enhance 5G infrastructure performance and energy efficiency. Optimized for sub-1 GHz frequencies, these solutions improve coverage, reduce deployment costs, and support reliable connections for increasing wireless demand. Designed for next-generation macro cells, they set new standards for efficiency and compactness in 5G networks.
The B10H0710N40D and B10H0608N40D are multiband, highly efficient drivers specifically designed for macro base stations operating in sub-1 GHz frequencies. The B10H0710N40D supports frequencies between 716 and 960 MHz, while the B10H0608N40D is optimized for a broader range, from 600 to 800 MHz. Both drivers are ideal for 40, 60, and 80-watt macro base stations, providing a high level of efficiency across different frequency bands.
These drivers are housed in a compact 12 x 8 mm footprint and feature a single-BOM reconfigurable layout, eliminating the need for an interstage isolator. This design not only simplifies integration but also reduces overall costs, making them an ideal choice for cost-conscious macro cell deployments.
B10H0710N40D:
- Multiband, highly efficient driver for 40, 60 and 80 W sub-1 GHz (716 – 960 MHz) Macro base stations
- Compact and cost-effective design: 12 x 8 mm footprint, single-BOM reconfigurable layout, no interstage isolator
B10H0608N40D:
- Multiband, highly efficient driver for 40, 60 and 80 W sub-1 GHz (600 – 800 MHz) Macro base stations
- Compact and cost-effective design: 12 x 8 mm footprint, single-BOM reconfigurable layout, no interstage isolator
For high-power macro base stations, the C4H10P600A and C4H10P800A are highly efficient GaN (Gallium Nitride) Doherty final amplifiers designed for 60, 80, and 100-watt output. Both amplifiers are optimized for applications in the 600 to 1000 MHz frequency range, offering broad applicability across sub-1 GHz bands.
These final-stage amplifiers are designed for efficiency and compactness, utilizing the OMP780 footprint to deliver a cost-effective solution. The C4H10P800A, in particular, is ideal for macro stations requiring up to 100 watts of output power, making it a robust choice for large-scale 5G network rollouts.
C4H10P600A:
- Multiband, highly efficient driver for 40, 60 and 80 W sub-1 GHz (716 – 960 MHz) Macro base stations
- Compact and cost-effective design: 12 x 8 mm footprint, single-BOM reconfigurable layout, no interstage isolator
C4H10P800A:
- Highly efficient GaN Macro final for 80 and 100 W Macro base stations suitable for applications in 600 – 1000 MHz frequency range
- Compact and cost-effective design in OMP780 footprint
Designed to deliver industry-leading gain and efficiency, the C4H24F550AV and C4H27F400AV are high-power GaN asymmetrical Doherty amplifiers that push the boundaries of macro base station performance. The C4H24F550AV offers over 500 watts of peak power, making it a top choice for high-demand macro cell applications. Its air cavity ceramic packaging ensures durability and reliability, even in challenging environments.
The C4H27F400AV, meanwhile, provides 194 MHz IBW (Instantaneous Bandwidth) capability, making it highly versatile for wideband applications. Like the C4H24F550AV, it features a compact design using the 780-footprint, optimizing both space and performance for high-power macro stations.
C4H24F550AV:
- High power GaN asymmetrical Doherty
- Industry high gain and efficiency with > 500 W peak power on 780-footprint
- Air cavity ceramic packaging
C4H27F400AV:
- High power GaN asymmetrical Doherty
- Compact highly efficient design in 780-footprint
- 194 MHz IBW capability
- Air cavity ceramic packaging
Rounding out the new line-up is the B11G3742N81D, a multiband, highly
efficient driver tailored for 40, 60, and 80-watt macro base stations. Like other drivers in this series, it features a compact, cost-effective design with a single-BOM reconfigurable layout and no need for an interstage isolator. Its 12 x 7 mm footprint makes it one of the most compact solutions available, offering significant space savings without sacrificing performance.
B11G3742N81D:
- Multiband, highly efficient driver for 40, 60 and 80 W Macro base stations
- Compact and cost-effective design: 12 x 7 mm footprint, single-BOM reconfigurable layout, no interstage isolator
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