HI 6561 Mobile Phone IC
Precision Engineering for Reliable Performance
The HI 6561 Mobile Phone IC is designed to meet the demands of modern mobile technology. This advanced integrated circuit ensures superior functionality, delivering efficient performance across various devices. Crafted with cutting-edge technology, the HI 6561 offers unparalleled reliability and durability, making it an indispensable component for mobile manufacturers aiming to create robust and high-performing devices. HI 6561 Mobile Phone IC
Compact Design for Seamless Integration
With its compact form factor, the HI 6561 Mobile Phone IC is optimized for easy integration into mobile platforms. This IC strikes the perfect balance between power efficiency and functionality, ensuring smooth operation even under high workloads. Its small size does not compromise its efficiency; instead, it enhances compatibility and versatility for multiple applications within mobile systems.
Built to Optimize Mobile Experiences
The HI 6561 is engineered to provide consistent performance that improves the overall mobile experience. Whether used for power management, signal processing, or other essential functions, this IC contributes to better functionality and seamless connectivity. Its advanced architecture minimizes heat generation and maximizes energy efficiency, resulting in devices that perform at their peak without unnecessary energy drain. HI 6561 Mobile Phone IC
Incorporating the HI 6561 Mobile Phone IC in your products ensures that your devices stay ahead of the curve. Its reliability and efficiency have been extensively tested and validated, making it the trusted choice for mobile technology innovation. HI 6561 Mobile Phone IC
The MediaTek MT6561 is a specialized System-on-Chip (SoC) primarily designed for feature phones and entry-level smart devices. While often confused with its 3G and 4G siblings, the MT6561 is a highly integrated “all-in-one” solution that focuses on extreme power efficiency and cost-effectiveness for basic mobile communication. HI 6561 Mobile Phone IC
Below are the comprehensive specifications for the MT6561 IC.
Technical Specifications Table
| Feature Category | Specification Details |
| Processor (CPU) | Single-core ARM7EJ-S |
| CPU Clock Speed | Up to 260 MHz |
| Architecture | 32-bit RISC |
| Memory (RAM) | Integrated Pseudo SRAM (typically 32MB to 64MB) |
| Storage Interface | Support for Serial Flash (up to 128MB) and MicroSD (SDHC) |
| Display Support | QVGA (240 x 320) or HVGA (320 x 480) |
| Graphics | Integrated 2D Graphics Accelerator |
| Connectivity | GSM, GPRS, EDGE (Class 12) |
| Frequency Bands | Quad-band (850/900/1800/1900 MHz) |
| Bluetooth | Integrated Bluetooth 3.0 + EDR |
| FM Radio | Built-in FM Receiver and Transmitter |
| Camera Support | Up to 2.0 Megapixels (VGA/SW interpolation) |
| Audio | MP3, AAC, AMR-NB, MIDI support |
| Video | MP4, 3GP Playback (at 15–24 fps) |
| USB | USB 1.1 / 2.0 Full Speed (Client mode) |
| Power Management | Integrated PMIC (Power Management IC) |
Detailed Analysis of MT6561 Capabilities
1. Core Architecture and Performance
The MT6561 utilizes the ARM7EJ-S core. Unlike modern smartphone chips that use multi-core Cortex-A series processors, this chip is designed for high-efficiency instruction processing. It is optimized for the Nucleus OS or similar Real-Time Operating Systems (RTOS), which require very low overhead to operate.
2. Multimedia & Imaging
While it is an entry-level IC, it includes a dedicated hardware multimedia engine. This allows the device to handle basic digital photography and video playback without stuttering. It supports common mobile formats like 3GP and MP4, making it ideal for devices intended for media consumption in emerging markets.
3. Integrated Connectivity
One of the MT6561’s strongest selling points is its High Integration. It combines the Baseband, RF transceiver, and Power Management Unit into a single die.
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Bluetooth: The integrated BT 3.0 allows for wireless file sharing and audio streaming to headsets.
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GSM/GPRS: It provides stable 2G data connectivity, suitable for basic web browsing and instant messaging apps (like simplified versions of WhatsApp or Facebook Lite).
4. Power Efficiency
Because the chip operates at a maximum frequency of 260 MHz, its power draw is minimal. Devices using this IC can often last for 5 to 10 days on a single charge with a standard 1000mAh battery.
Typical Use Cases
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Feature Phones: Classic “button” phones with long battery life.
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Smart Wearables: Basic fitness trackers or kids’ GPS watches.
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