Universal
Hash Processing Unit™
ASIC
One Chip. Multiple Algorithms. Unlimited Potential.
The world's first universal mining ASIC - a single chip that can mine Bitcoin, Litecoin, Monero, and other cryptocurrencies by switching algorithms in software.
Revolutionary Multi-Algorithm Technology
Traditional ASICs are locked to a single hashing algorithm - a Bitmain S19 can only mine SHA-256 (Bitcoin). FPGAs offer flexibility but sacrifice efficiency. Our universal HPU™ combines the best of both worlds: ASIC-level performance with multi-algorithm capability.
How It Works
Our reconfigurable hardware architecture features algorithm-specific processing cores on a single die. Switch between SHA-256, Scrypt, Equihash, RandomX, and other algorithms through software - no hardware changes needed.
Why Universal HPU™ Changes Everything
Future-proof your mining investment with multi-algorithm flexibility
Mine the Most Profitable Coin
Switch between Bitcoin, Litecoin, Monero, and other cryptocurrencies based on profitability. Maximize your mining revenue by adapting to market conditions in real-time.
Future-Proof Investment
Protect your investment against algorithm changes, network upgrades, and emerging cryptocurrencies. Your hardware stays relevant as the mining landscape evolves.
ASIC Performance, FPGA Flexibility
Get the efficiency of specialized ASICs with the flexibility of FPGAs. Our reconfigurable architecture delivers high performance across multiple algorithms without the power consumption of FPGAs.
Open Development Platform
Join the community in expanding algorithm support. Our open platform enables developers to create specialized mining cores for emerging proof-of-work algorithms.
Universal HPU™ vs Traditional Hardware
See how universal HPU™ technology compares to existing mining hardware
| Feature | Traditional ASICs | FPGAs | Universal HPU™ |
|---|---|---|---|
| Algorithm Support | Single algorithm only | Flexible (any algorithm) | Multiple algorithms |
| Performance | High (for one algorithm) | Low-medium | High (ASIC-level) |
| Efficiency | Very high | Low (high power) | Very high |
| Future-Proof | ❌ No | ✅ Yes | ✅ Yes |
| Cost | Low-medium | Very high | Medium (justified by flexibility) |
Supported Mining Algorithms
SHA-256
Compute-intensive hashing algorithm used by Bitcoin and Bitcoin Cash. Optimized execution units deliver high throughput.
Scrypt
Memory-hard algorithm requiring significant on-chip memory. Dedicated memory controllers optimize Scrypt performance.
Equihash
Memory-oriented proof-of-work algorithm with asymmetric verification. Optimized for privacy-focused cryptocurrencies.
RandomX
CPU-focused algorithm designed to be ASIC-resistant. Our innovative architecture achieves efficiency gains while maintaining algorithm compatibility.
More Algorithms Coming
Additional proof-of-work algorithms in development. Open platform enables community to expand algorithm support for emerging cryptocurrencies.
Engineering Breakthrough
Developing a universal mining ASIC presents significant engineering challenges. Different algorithms have vastly different computational requirements:
SHA-256
Compute-intensive, parallel processing, minimal memory requirements
Scrypt
Memory-hard algorithm, requires large on-chip memory, bandwidth-intensive
RandomX
CPU-focused, complex instruction execution, designed for ASIC resistance
Our Solution: Reconfigurable Architecture
Our innovative approach leverages reconfigurable hardware with algorithm-specific processing cores on a single die. Software-selectable algorithm switching enables ASIC-level efficiency across multiple hashing algorithms.
- • Dedicated processing cores for each algorithm type
- • Flexible memory subsystem for memory-hard algorithms
- • Optimized execution units for compute-intensive workloads
- • Software-controlled algorithm selection and configuration
Open Development Platform
Beyond our own algorithm implementations, we're building an open platform for the community to develop specialized mining cores for any proof-of-work algorithm.
For Developers
- Open-source development tools and SDK
- Documentation and reference designs
- Community collaboration and support
For Miners
- Expand algorithm support as new coins emerge
- Community-verified algorithm implementations
- Mine emerging cryptocurrencies day-one
Join the Universal HPU™ Revolution
Stay updated on universal ASIC development and be among the first to access this breakthrough technology
Questions about universal HPU™ technology? Email research@luckyjademining.com