Jingwei Qili (HME) HME-M Series (Mars)

About HME-M Series (Mars)

Ultra-low power FPGA series designed for battery-powered and portable applications with advanced power management.

As an authorized distributor of Jingwei Qili (HME), BeiLuo provides a comprehensive range of HME-M Series (Mars) products. These products are widely used in industrial control, automotive electronics, consumer electronics, and communication equipment. We offer a complete product line with multiple series to meet various application requirements. All products are genuine and original, backed by professional technical support and comprehensive after-sales service.

Selection Guide: How to Choose the Right HME-M Series (Mars)

Product List

2 products available

Part Number ↕	Logic Capacity ↕	Static Power ↕	Active Power ↕	Config Time ↕	Max Frequency ↕	Package ↕	Stock Status	Action
HME-M2C10	10K LUT6	<100μA (sleep mode)	5-20mW (typical application)	<10ms (instant-on)	200 MHz	-	In Stock	View Details
HME-M1C05	5K LUT6	<75μA (sleep mode)	3-10mW (typical)	<10ms	150 MHz	-	In Stock	View Details

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Frequently Asked Questions

What is the typical battery life with HME-M FPGAs?

Battery life estimation: Depends on duty cycle, operating frequency, and battery capacity. Example scenarios: Sensor node - 10μA sleep, 10mA active at 1% duty cycle = 2+ years on CR2032. Data logger - 50μA sleep, 50mA active at 5% duty cycle = 6 months on 2xAA. Portable display - 100μA sleep, 200mA active at 20% duty cycle = 1 week on 1000mAh Li-ion. Calculation method: Average current = (I_sleep × t_sleep + I_active × t_active) / (t_sleep + t_active). Battery life = Battery capacity / Average current. HME-M advantages: Ultra-low sleep current extends standby time. Fast wake-up reduces active time. Power gating minimizes leakage.

What power management features are available?

HME-M power management features: Multiple power modes - Active, Standby, Sleep, Deep Sleep, Power-off. Clock gating - fine-grained control to disable unused logic. Power gating - shut down entire logic blocks. Dynamic voltage scaling - reduce voltage when performance not needed. Instant-on - wake from sleep in <10ms. Retention - preserve critical state in low-power modes. I/O control - tri-state unused pins to save power. Implementation: Use power management IP from HME library. Configure power modes in design constraints. Implement wake-up triggers (timer, external interrupt). Measure actual power consumption during development.

Use HME power management IP and follow application notes for optimal power savings.