ARM® based Multi-Core Processors

At Socionext we provide high-performance SoCs that are designed for today’s cloud computing market – low power consumption but fast processing for large data sets.
Our ARM® based Multi-Core Processor solutions have been developed with data center servers for on-line service providers and edge computing in IoT in mind.
Our latest multi-core processor integrates 24 cores of power efficient ARM® Cortex™-A53 on a single die, along with 64-bit memory. Because of the small core implemented in the processor the power usage effectiveness coefficient is superior which is perfect when being used for data center servers.
Products
- Multi-core CPU chip 24 64-bit ARM® Cortex®-A53
- Scalable (Up to 1536 parallel cores using 64 SC2A11s)
- Security features included (OPAL, Ethernet Processor)
- Highly power efficient (5W typical @ 24°C)

BGA 30 x 30 mm/Also available as IP block for ASIC
Features
- High energy-efficiency processor element is realized with multi-core configuration of ARM Cortex-A53
- Large amount of data can be processed faster in memory by adopting 64 bit architecture
Applications
- Servers
- Industrial
- Edge computing
Specification
Processor | 24 x Cortex®-A53 MPCore, 1 GHz |
Cache | FL1 I/D=32KB/32KB, L2=256KB, L3=4MB |
Memory I/F | DDR4-2133Mbps 64-bit + ECC |
PCle | PCI Express Gen2, Root/Endpoint select, 4 lanes (2 systems/for SoC IF) |
LAN | 2ch 1Gbps with IPSec Network Offload Engine (wire-speed) |
Flash I/F | HSSPI, eMMC |
Serial I/F | UART, I2C, GPIO |
Evaluation Board

Factsheet: SynQuacer SC2A11 Arm Core-Based High Efficiency Processor

SC2A11_SynQuacer.pdf
Size: 0.27 Megabyte | Date: 15.12.2017 18:38
The Socionext “SC1110” System-on-Chip processor, named “PXiV”, is a highly integrated device designed for virtual and cloud environments.
This SoC features PCoIP® hardware decode technology and optimized accelerators providing higher pixel throughput and lower latency for PCoIP® Zero Clients, thin clients and cloud endpoints.
This SoC has integrated 2x 4K Ultra HD outputs which results in a rich user experience and higher productivity for creative works. Integration of USB 3.0 and SDIO interfaces provide the capability of supporting various connectivity required for modern virtual and cloud-based endpoints.
On top of that, this SoC supports 4K Ultra HD H.264 video decoding and 2K Full HD H.264 video encoding, which expands use cases, such as digital signage, automotive, interactive media streaming and more.

Features
- Support for two 4K UHD display output
- BitBlit Processor minimize the latency for image output
- Integrated USB 3.0 host controller
- Wi-Fi and Bluetooth® support via SDIO interface
- Dedicated hardware codec engines support 4K Ultra HD H.264 video decoding and 2K Full HD H.264 video encoding
- Hardware crypto engine accelerating various algorithms for communication, data protection and security
- High performance processing with CPU (Quad ARM® Cortex®-A9 MPCoreTM) and GPU (OpenGL® ES 2.0/1.1 Compliant)
Applications
- VDI Endpoints
- Cloud-based Application Endpoints
- Digital Signage
Featured Partner
Teradici PCoIP® Zero Clients Solution for Virtual and Cloud Environments Teradici Corp.
Specifications
Product No. |
SC1110AR3-0SY |
|
Package |
Quad ARM® Cortex®-A9 MPCoreTM 1.2 GHz |
|
CPU |
DDR4-2133Mbps 64-bit + ECC |
|
Graphics |
OpenGL® ES 2.0/1.1 compliant |
|
Virtual Display Processor |
PCoIP® Hardware Decoder up to 250 Mpps |
|
Video Decoder |
H.264 up to 2160p60 |
|
Video Encoder |
H.264 up to 1080p60 |
|
2D Graphics |
BitBlit Processor, supports blending, scaling, and rotation |
|
I/O |
Video Output |
2x HDMI 2.0 Tx, eDP-Tx or DP v1.2 |
Audio |
1x I2S input and 1x I2S or S/PDIF output |
|
Ethernet |
1x Gigabit Ethernet MAC controller with RMII/RGMII interface |
|
USB |
3x USB 3.0 host and 1x USB 2.0 host |
|
SDIO |
1x SD host interface supports SDIO |
|
Flash |
1x eMMC and 1x QSPI-NOR |
|
Others |
GPIO, UART, SPI, I2C |
|
DDR Memory |
64/80bit DDR3 interface running 1866 or 2166 Mt/s |
Factsheet: SC1110 PXiV – SoC for VDI Terminal and Cloud Endpoints

SC1110_AD04-00112-1E-SNEU.pdf
Size: 0.957 Megabyte | Date: 15.12.2017 18:38