TV Box Chipset Selection: Performance vs BOM Cost

Choosing the right TV Box chipset is one of the most important decisions in an OEM or ODM project. The chipset affects more than CPU performance. It also determines video decoding capability, GPU performance, memory requirements, software compatibility, power consumption, and the overall hardware design.

For B2B buyers, the goal is not simply to select the most powerful TV Box chip. A better approach is to find the chipset that provides enough performance for the target application while keeping the Bill of Materials (BOM) under control.

Key Takeaways

• The TV Box chipset affects performance, multimedia capability, software development, and BOM cost.
• Amlogic, Rockchip, and Allwinner target different performance and application requirements.
• AV1, 4K/8K decoding, GPU performance, NPU capability, and connectivity should be evaluated together.
• A more expensive chipset is not always the better choice for an OEM project.
• The right chipset should be selected according to the application, target market, required performance, and target BOM.

Why Does the TV Box Chipset Matter?

A TV Box chipset, or System on Chip (SoC), integrates several important functions into a single platform. These can include the CPU, GPU, video decoder, memory controller, display interfaces, and other hardware functions.

As a result, chipset selection can influence the entire product architecture.

For example, a basic streaming product may only need reliable 4K playback, efficient video decoding, and enough CPU performance for common applications. A commercial product may require stronger graphics, multiple interfaces, AI processing, or more flexible software development.

Rockchip’s RK3566, for example, combines a quad-core Cortex-A55 CPU, Mali-G52 GPU, 1 TOPS NPU, and 4K video decoding capabilities. This demonstrates how a modern TV Box SoC can integrate substantially more than a conventional CPU.

Therefore, comparing chipsets only by CPU cores or clock speed can produce an incomplete evaluation.

What Should Buyers Compare in a TV Box Chip?

Several technical factors should be evaluated before selecting a chipset.

This is why the chipset should be evaluated as part of the complete platform rather than as an isolated component.

Amlogic vs. Rockchip vs. Allwinner

Amlogic, Rockchip, and Allwinner are frequently considered for Android TV Box projects, but they can serve different product requirements.

Amlogic

Amlogic is widely used in streaming and OTT-oriented TV Box products. For example, the Amlogic S905X4 is used in BOXPUT’s Q11 platform, with 4K 60FPS output, AV1-related decoding support, 4GB RAM, and 32GB eMMC storage.

This type of platform can be suitable when multimedia performance and mainstream streaming requirements are important.

Rockchip

Rockchip can be attractive when a project requires greater hardware flexibility or additional computing capability. The RK3566, for example, provides a 1 TOPS NPU, multiple memory options, HDMI 2.0, and 4K video decoding.

For commercial displays, education systems, digital signage, or customized embedded applications, these additional capabilities can become more important than simply minimizing the chipset cost.

Allwinner

Allwinner platforms are commonly considered for cost-sensitive TV Box projects. BOXPUT’s H618-based products demonstrate how a quad-core Cortex-A53 platform can be combined with 4K output, Wi-Fi, Bluetooth, and different RAM/storage configurations.

For projects with large volumes and relatively straightforward multimedia requirements, controlling the hardware cost can be a major consideration.

The important point is that there is no universal “best” TV Box chipset. The appropriate choice depends on the required specifications and target product.

Performance vs. BOM Cost

The relationship between performance and BOM cost is especially important for B2B projects.

A higher-performance chipset may require a more capable memory configuration, better power management, additional cooling, or a more complex PCB design. Therefore, the actual cost difference can be larger than the difference between two SoC quotations.

At the same time, selecting a chipset that is too weak can create other costs. Poor performance may lead to higher return rates, additional firmware optimization, shorter product lifecycles, or the need for an earlier hardware revision.

For example, a project requiring only standard 4K streaming does not necessarily need a high-performance SoC designed for advanced AI processing or heavy multimedia workloads.

The goal is to identify the performance level that matches the application.

How Application Requirements Change Chipset Selection

Different TV Box projects can require very different chipset specifications.

This approach prevents buyers from paying for hardware capabilities that their customers will never use.

Why AV1 Matters in TV Box Chip Selection

Video codec support is another important consideration.

AV1 is increasingly relevant when developing newer streaming devices. A chipset with hardware AV1 decoding can provide compatibility with AV1 content without relying entirely on software decoding.

For example, the Amlogic S905X4 platform used by BOXPUT supports modern video decoding requirements, while newer SoC generations continue to expand multimedia capabilities.

For an OEM project expected to remain on the market for several years, codec support should therefore be evaluated together with the target product lifecycle.

How Should OEM Buyers Choose a TV Box Chip?

A practical chipset selection process can follow six steps:

1. Define the application
   Determine whether the product is designed for OTT, hospitality, education, digital signage, or another application.
2. Set the video requirements
   Define resolution, frame rate, HDR requirements, and supported codecs.
3. Define the required performance
   Evaluate CPU, GPU, NPU, RAM, and storage requirements.
4. Set the target BOM
   Establish the acceptable hardware cost before selecting an unnecessarily expensive platform.
5. Check software support
   Verify Android versions, SDK availability, firmware support, OTA capability, and customization requirements.
6. Test the complete platform
   Evaluate samples under real workloads before mass production.

BOXPUT supports TV Box projects across Amlogic, Rockchip, and Allwinner platforms and provides OEM/ODM customization covering hardware configuration and firmware development. This allows buyers to evaluate chipset selection together with the rest of the product architecture.

Final Considerations

TV Box chipset selection should not be reduced to a simple comparison of CPU speed or chip price.

The better question is:

Does the chipset provide the required performance and multimedia capabilities without adding unnecessary BOM and development costs?

For a budget-oriented project, a cost-efficient SoC may provide the right balance. For a premium streaming device, stronger multimedia capabilities may justify a higher hardware investment. For commercial or AI-oriented applications, additional NPU, GPU, interface, and software capabilities may become more important.

For OEM and ODM buyers, the most practical strategy is to define the product requirements first and select the TV Box chipset afterward.

The right chipset is therefore not necessarily the most powerful or the cheapest. It is the platform that best matches the product’s performance requirements, target BOM, software roadmap, and intended market.