The multicellular processor MultiClet domestic production

High performance multicellular processor MultiClet with low power consumption.

 

 

The multicellular processor MultiClet have a multicellular architecture, where the cell is an arithmetic logic unit associated switching environment with similar devices working as one, and together forming a core. They allow you to increase productivity while reducing energy consumption. Have a natural immunity to the viruses that have cryptographic capabilities, anti-hacking properties and property natural implementation of parallelism calculations.

 

Description

Key benefits and features

Properties of the multicellular architecture

Cell structure

Types of multicellular kernels

The use of industrial boards based on the processor MultiClet

 


Description:

The multicellular processor MultiClet have a multicellular architecture, where the cell is an arithmetic logic deviceassociated switching environment with similar devices working as one, and together forming a core. In fact, from multi-core architecture Multiclet different means, principle and algorithm of interaction between cells.

The processor core consists of 4 cells. Temperature range: from -60°C to + 125°C.

Available in two series: series P (performance – maximum performance at low power) and R series (reconfiguration – dynamic reconfiguration).

Based processor MultiClet created industrial Board LDM-MCp0411100101-Q208 Evolution, HW1-MCp04, and Digital Guardian Key_P1 – a multifunctional device to protect information on PCs and storage drives.

 


Key benefits and features:

– multicellular processor MultiClet allow you to increase performance while reducing power consumption

reducing the area of the crystal due to the very simple control device,

– multicellular processor MultiClet failover (continuous program execution when hardware and environment degradation – failure cells)

dynamic reconfiguration (in the process of task execution can be used 1, 2, 3, or 4 cells while uninvolved cells can perform other tasks),

– natural immunity to viruses,

cryptographic capabilities

– multicellular processor MultiClet have anti-hacking properties,

natural implementation of parallelism (without solving the problem of parallelization),

– the task to run without recompilation on any number of cells,

effective implementation of any of the class of problems (switching environment does not introduce any restrictions in intercellular communication),

– significant reduction of memory accesses during execution of the task,

self Patriotic multicellular kernel architecture.

 

Properties of multicellular architectures:

independence from number of cells,

dynamic allocation of computing resources,

all commands, ready to perform, are performed simultaneously,

energy reduction works when there is work,

scalability, no limits on the number of cells.

 

Cell structure:

 

Types of multicellular cores:

The multicellular processor MultiClet have the following types of multicellular cores:

– MultiClet P1 MultiClet P2. Focused on maximum performance while reducing energy consumption, established on the unique multicellular architecture and possesses the property of natural implementation of parallelism (without solving the problem of parallelization).

– MultiClet C1. Focused on providing extremely low power consumption and high capacity, created on the unique multicellular architecture and possesses the property of natural implementation of parallelism (without solving the problem of parallelization).

– MultiClet R1. Has the ability of dynamic reconfiguration, created on the unique multicellular architecture and possesses the property of natural implementation of parallelism (without solving the problem of parallelization).

– MultiClet L1. Has the property of vitality and is focused on maximum performance while reducing energy consumption.

 

The use of industrial boards based on the processor MultiClet:

space and aviation equipment,

side equipment,

General industrial applications,

a special application on the FPGA (special equipment),

car electronics (“smart” onboard systems for vehicles),

desktop supercomputers teraflops class

Trast-processors “Beauty” for banking applications,

GLONASS/GPS/Galileo

audio processors,

3D TV,

mobile and video communications.

 

Note: the description of technology in example of MultiClet processors.