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TMS320DM8165SCYG2 is listed in the Digital Signal Processor Dsp range at ChipApex. The manufacturer field lists Texas Instruments. Its product description is IC DGTL MEDIA PROCESSR 1031FCBGA. Review the specifications below when checking this part for your BOM.
The TMS320DM8165SCYG2 is a DaVinci Digital Media Processor from Texas Instruments, integrating an ARM Cortex-A8 core and a C674x DSP. It operates at maximum clock frequencies of 930 MHz for the ARM core and 1.1 GHz for the DSP. The device features a 1031-pin FCBGA package with a 1 V core voltage and supports I/O voltages of 1.5 V, 1.8 V, and 3.3 V. Memory resources include 64 kB data RAM, 48 kB data ROM, and dual 32 kB L1 cache configurations for both instruction and data storage. It provides a 32-bit data bus width and includes interfaces such as Ethernet, PCIe, SPI, UART, USB, and video capabilities.
Verify export compliance requirements before ordering, as this product may require additional documentation for shipment from the United States. Confirm RoHS status details directly with the manufacturer or authorized distributor to ensure regulatory adherence. Check moisture sensitivity level (MSL 4) handling procedures during storage and assembly to prevent damage.
Select this component when a high-performance mixed-signal processor is required for video-centric applications. Ensure the design accommodates the 1031-ball FCBGA footprint and thermal dissipation needs for the 0°C to +95°C operating range. Verify that the system power supply can provide stable 1 V for the core and appropriate levels for the multi-voltage I/O domains.
This part belongs to the TMS320DM8165 series within the DaVinci family. It shares architectural similarities with other variants like the TMS320DM8168 but differs in specific performance parameters and integrated peripherals. The suffix 'SCYG2' indicates the commercial temperature grade, lead-free packaging, and specific pin-to-pin compatibility within the DM816x lineup.
Direct pin-compatible replacements within the same series should be evaluated based on clock speed and peripheral availability. Cross-model substitution requires verification of software compatibility and hardware resource mapping.
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