MALT processors

 

  

- Ethereum smart contract processing
- Creation of trusted blockchain solutions
- Stream encryption, data integrity checking
- Modern cryptocurrency mining
- Operations with extensive graph structures
- Massively parallel operation with B-trees
- Deep analysis of social networks
- Acceleration of SQL and NoSQL database operations
- Cellular automatons for gas dynamic problems
- Adaptive grid computation
- Monte Carlo method in elementary particle physics
- Irregular sparse matrix problems
- Navigation and UAV intelligent control
- Onboard system management, telemetry, analytics
- Camera control, video input processing
- Radio communication support and traffic encryption

 

Download the MALT databrief

 

 


 

 

 

Description

A universal processor for complex cryptographic transformations, including blockchain transactions with utmost energy efficiency.

 

MALT databrief

 

Features

- Ethereum smart contract processing

- Delivery of trusted blockchain solutions

- Stream encryption, data integrity checking

- Modern cryptocurrency mining

 

Development status

9Mb96G - silicon samples were manufactured and tested.

7Mb160PLV - netlist was generated and verified.

 

 

 


architecture description

 

TECHNICAL SPECIFICATION

 

  9Mb96G 7Mb160PLVDDR
Technological process, nm 28 28
Chip area, mm2 12 12
Heat dissipation, W 1 3
Operating frequency, MHz 800 1000
Productivity, TFLOPS 1 8,2

 

 


 

 

 

Description

Processors for simultaneous operations with a big data sets stored in random-access or external memory. MALT-D represents complex processing logic.

  

MALT databrief

 

Features

- Operations with extensive graph structures
- Massively parallel operation with B-trees
- Deep analysis of social networks
- Acceleration of SQL and NoSQL database operations

 

Development status

The first-generation MALT-D model using FPGA is developed and debugged.

 

 

 

 

TECHNICAL SPECIFICATION

 

  The first-generation MALT-D model
Technological process, nm 28
Number of cores 256
Chip area, mm2 50
Heat dissipation, W  5
Operating frequency, MHz  1000

 

 


 

 

 

Description

Processors for energy efficient solution of mathematical physics problems, requiring irregular memory access.

  

MALT databrief

 

Features

- Cellular automatons for gas dynamic problems
- Adaptive grid computation
- Monte Carlo method in elementary particle physics
- Irregular sparse matrix problems

 

Development status

The project is in the RTL debugging stage.

 

 

 

 

TECHNICAL SPECIFICATION

 

  The first-generation MALT-F model
Technological process, nm 28
Number of cores 128
Chip area, mm2 100
Heat dissipation, W  10
Operating frequency, MHz  800

 

 


 

 

 

Description

A specialized processor, enabling to provide the entire UAV control, to implement the data transmission channels, to control internal and external factors that have an influence on UAV position and movement.

 


Features
 

- Navigation and UAV intelligent control
- Onboard system management, telemetry, analytics
- Camera control, video input processing
- Radio communication support and traffic encryption
- Radar information processing
- Machine vision and objects identification

 

Development status

The project is in the stage of architecture development.

 

 

 

 

 

TECHNICAL SPECIFICATION

 

  The first-generation MALT-A model
Technological process, nm 28
Number of cores 1024
Chip area, mm2 200
Heat dissipation, W  30
Operating frequency, MHz  800