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2. Serial interfaces
SPI:
The Nand Logic SPI module is compatable with the industry
standard specification.
I2C:
Our I2C module is compatable with the industry stand I2C
specification. It has versitaility and unique configurations that
allow it to communicate with a variety different of slave
devices on a transaction by transaction basis.
USB FX-Interface:
The Nand Logic USB-FX2 interface is compatible with the
cypress EZUSB-FX2 interface. The module is designed with
some autonomous capabilities.
UART:
The Nand Logic UART offers RS-232 industry standard
communication controls and it operates according the protocol
specification. If offers unique customizations as well

3. Memory Controllers
SRAM Controller:
The Nand Logic SRAM controller provides can control up to 8 SRAM
devices. Control of each device can be handled independently of each
other
Flash Controller:
The Nand Logic FLASH controller provides software
programmable control and autonomous hardware control for
industry standard FLASH devices.
DDR Controller:
The Nand Logic DDR controller supports industry standard
DDR memory devices of size 8, 16 and 32 bits. The controller
provides a number of features which allow for quick access to
data stored in the individual banks and rows.

4. Motor Controller
Pulse Width Modulator:
The Nand Logic PWM ICs are very flexible and provide 16bits of
resolution for increased accuracy and control over electric
motors, analog and digital servos.
PWM-Encoders:
The Nand Logic PWM-Encoders were designed as interface
encoders the R/C transmitters and receivers. Our PWMEs
digitally encode servo and motor control signal coming in off
chip from receivers capturing wireless control signals from a
radio device.
Stepper Motor Controller:
Stepper motors are motors which move in steps as a posed to conventional motors
which move continuously. Nand Logic's stepper motor controller IC is composed of an
independent driver and control unit both of which are software programmable. The
architecture of the controller abstracts away the low level control tasks from the
programmer, allowing the programmer to program in a sequence of steps and actions to
achieve a higher level function.

5. Custom SoC
Custom SoC
In the industry, SoC is used to describe a generic IC composed of the all
the components of a computer. At Nand Logic we more appropriately
define our SoCs as a Single Chip Solution or SCS, we coin the phrase
SCS to define an all in one digital system architected for a custom
application.
Single Core SoC:
Nand Logic Single-Core SoCs are architected to maximize system
throughput. We accomplish this in part by minimizing the latency
between CPU instruction and peripheral response. Our round robin
response time is less the 10 system clock cycles. In addition to this,
our bus subsystem is pipelined, processing reads and rights in as few
as three clock cycles each.
Multi-Core SoC:
Nand Logic Multi-Core SoCs have an asymmetrical architecture, the
system is heterogeneous by design. Each of the respective cores and
their Closely Coupled RAMs are independent of each other;
therefore each core can handle separated sections of the embedded
application.

6. Derrick Washington
President, Nand Logic
Corporation
Address:7830 Royan Drive
Houston, TX 77071
Email:
socnet@nandlogic.com
Phone:(407) 476-3893
Contact us