Datasheet

Overview
The Numo family of System-on-Chips (SoCs) are single chip devices that enable
OEMs to design high performance, low cost, thin clients and other devices. Numo 3
leverages multiple generations of NComputing Numo technology that is deployed
in millions of seats today. By adding support for Citrix HDX, Numo 3 delivers an
unmatched level of performance, capability and cost to further propel desktop
virtualization into enterprises worldwide.
The Numo 3 device is based on an ARM Cortex A9 Dual-Core processor and includes accelerators for
TCP/IP packet processing and cryptographic encryption – ensuring maximum network security with
minimal network impact. A powerful Numo codec is also integrated that ooads the processor from
CPU intensive video processing functions for HDX client-side rendering and is capable of decoding in-
coming H.263, H.264, MPEG2/MPEG4, JPEG, VC1 and Sorenson Spark streams of up to 1080P resolution.
These advanced graphics features enable support for the wide range of multimedia content
demanded by today’s end-users – while optimizing the use of host and network resources.
Numo™ 3 SoC system level block diagram
Standard peripheral ports include two USB 2.0 ports (for mouse, keyboard and other USB peripherals),
one of which can be interfaced to an external USB hub if additional ports are required. A USB OTG
host port is included for factory programming. The included Ethernet MAC has an interface to an
external GMII/MMI 10/100 or Gigabit PHY. Additional ports include stereo audio in/out (via interface to
external audio ADC), 8x GPIO pins, 2x Serial UART ports, 2x I2S interfaces, 4x I2C interfaces, a PCI-e (x1)
expansion bus, SATA 2 controller, and memory card interface for external SD/MMC cards. This variety
of ports enables a wide range of conguration possibilities to serve the special needs of practically any
thin client application.
Project brief:
Numo™ 3
32-bits
8-bits
NOR/NAND
FLASH
PCIe x1
SATA 2
SD/MMC
Cartão
Host USB OTG
USB 2.0 x2
SoC
DDR 3/2
RAM
VGA ou
HDMI/DVI
Áudio ADC
10/100/1000
Ethernet PHY

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