GreenTech
By integrating our GreenTech chips, we achieve an additional 40% energy savings through adaptive power supply optimization.
Dynamic Voltage Scheme
The Dynamic Voltage Scheme optimizes power usage by adjusting supply voltages in real-time based on computational demands. This innovative approach, integrated into our GreenTech chips, leverages data-dependent processing to enhance efficiency. It ensures minimal energy waste while supporting high-performance AI tasks.
Our Green Technology
Optimized Performance for Edge Devices
| Technology | Key Feature | Benefits for AI Edge Computing | General Specs |
|---|---|---|---|
|
Multiphase DC-DC
(e.g. HT6000)
|
Multiple phases for current delivery | High current, higher efficiency, reduced heat, compact |
|
|
Integrated Power FET Buck
(e.g. HT7000)
|
FETs in buck converter | Smaller footprint, higher efficiency, cost-effective |
|
|
High-Frequency Buck
(e.g. HT3000, HT6000, HT7000)
|
High switching frequency | Miniaturized, fast response, stable AI operation |
|
|
DVS Buck
(e.g. HT3000)
|
Dynamic voltage adjustment | Energy saving, performance optimization, reduced heat |
|
|
Dual-Channel DC-DC
(e.g. HT3000, HT6000, HT7000)
|
Two independent output channels | Powers subsystems, saves space, boosts efficiency |
|
-
High Efficiency
Multiphase power delivery minimizes loss for demanding AI tasks.
-
Energy & Heat Savings
Dynamic Voltage Scaling (DVS) extends operation and protects hardware.
-
Real-Time Processing
High-freqeuncy response enables fast AI computations.
-
Compact Design`
Integrated, high-frequency, dual-channel solutions fit small devices.
