10M08SAM153C8G

FPGA – Field Programmable Gate Array

10M08SAM153C8G – 8,000-Logic Element MAX® 10 FPGA – Altera

This Altera 10M08SAM153C8G FPGA delivers high-performance programmability for embedded systems requiring flexible logic integration. As part of the MAX® 10 series, it combines instant-on capability, non-volatile configuration, and power efficiency—ideal for space-constrained designs. PCX ensures genuine Altera components with rapid shipping and dedicated technical support.

Key Features

• Logic Capacity: 8,000 Logic Elements
• Memory: 387,072 Total RAM Bits
• I/O Flexibility: 112 User I/O Pins
• Voltage Range: 2.85V – 3.465V Operation
• Robust Packaging: 153-MBGA (8×8) Surface-Mount
• Temperature Rating: 0°C to 85°C (TJ) Industrial Range

Technical Details

This FPGA features 500 LABs/CLBs for complex logic implementation and includes embedded memory blocks supporting up to 387 Kbits of data storage. The 153-VFBGA package (supplier device package: 153-MBGA) ensures reliable surface-mount assembly in high-density PCBs. Non-volatile configuration memory eliminates external boot devices, reducing BOM costs and startup latency.

Typical Applications

• Industrial automation controllers
• Motor drive and power management systems
• Communications infrastructure interfaces
• Medical monitoring devices
• Consumer electronics display control

About Altera (Intel® FPGA Division)

Altera, now part of Intel, is a global leader in programmable logic solutions with over three decades of innovation. Their FPGAs are renowned for balancing performance, power efficiency, and design flexibility across industrial, automotive, and communications markets.

The MAX® 10 series exemplifies Altera’s commitment to integrating analog components, memory, and processing in single-chip solutions. Rigorous testing protocols ensure compliance with industry standards, making these FPGAs a trusted choice for mission-critical deployments worldwide.

About FPGAs

Field-Programmable Gate Arrays (FPGAs) provide hardware customization without ASIC development costs. They contain configurable logic blocks and interconnects that designers reprogram post-manufacturing to implement specific digital circuits—from simple glue logic to complex processors.

Unlike fixed-function ICs, FPGAs enable rapid prototyping, field upgrades, and parallel processing optimizations. This adaptability makes them essential in evolving applications like edge AI, signal processing, and real-time control systems where algorithm changes are frequent.

Packaging

Available in industry-standard Tray packaging for automated assembly lines. Contact PCX for reel options or custom quantities.

FAQs

Q: Is the configuration memory volatile?
A: No. MAX® 10 FPGAs feature integrated non-volatile flash, retaining configuration without external devices.

Q: What development tools support this FPGA?
A: Use Intel Quartus Prime software for programming and simulation. Starter kits are available separately.

Q: Can it operate at full speed across the temperature range?
A: Yes, timing closure is guaranteed from 0°C to 85°C junction temperature.

Q: Does PCX provide lifecycle status updates?
A: Absolutely. We track Altera’s product lifecycle and proactively notify customers of changes.

Q: How do FPGAs differ from microcontrollers?
A: FPGAs offer hardware-level parallelism and custom I/O timing, while microcontrollers run sequential software.

Q: Are reference designs available?
A: Yes. Access Altera’s application notes and HDL examples through our technical resources portal.

Note: Product images are representational. Refer to datasheet for exact dimensions.

Datasheet: Download on PCXCo.com

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