Modular Edge AI Performance Accelerators
- High-Speed NVMe storage
- Real-time GPU Acceleration
- PCI/PCIe Expansion
AMD Ryzen™ Embedded
R1000 and V1000 SoCs
Our AMD SBC industrial motherboards deliver an optimal balance between superior graphics processing, computing performance, and power efficiency. The industrial motherboards can be configured with AMD Ryzen™ Embedded R1606G from the robust R1000 Series and AMD Ryzen™ Embedded V1605B from the V1000 Series for even more multi-core performance.
"Vega" Graphics CUs
2x 4K Displays,
1x WUXGA Display
Secure boot and
SW & HW
Compability with V1000
H264/H265 Enc. &
Dec. VP9 Decode
2x 4K Displays,
1x WUXGA Display
Secure boot and
12W - 54W
H264/H265 Enc. &
Dec. VP9 Decode
Regular price total regular price: $0.00
Regular price total regular price: $459.00
Benefits: AMD Ryzen™ Embedded SoCs
- Low-Power TDP Designs (12-25 watt)
- Next Generation x86 “Zen” Cores (2 and 4 Core options)
- Multiple 4K Displays with Integrated Graphics in “Vega” GPU
- Up to dual-channel 64-bit DDR4 Up to 2400 MT/s
- ECC Memory Support
- AMD Secure Processor (PSP) for data security and encryption
- 10-year embedded long-life and availability
3.5” AMD SBC with R1606G/V1605B
The CT-DR101 Series features groundbreaking AMD Ryzen™ Embedded R1606G & V1605B SoC solutions for rich embedded performance at the rugged edge. The 3.5” AMD SBC is capable of handling powerful data processing and smooth multitasking from its compact form-factor.
- AMD Ryzen™ Embedded R1000/V1000 (12-25W TDP)
- 2x DDR4 2400 SO-DIMM Up to 32GB (ECC/non-ECC)
- 1x SIM Card Slot for 4G/LTE or 5G Cellular
- Triple Independent High-Resolution Displays
- Wide Operating Temperature: -40°C ~ 85°C
- Expansion: 1x M.2, 1x mPCIe, 1x SATA
- Optional TPM 2.0
Native ECC Memory Support
Deliver 24/7 reliability with ECC memory in high-performance, mission-critical applications. ECC memory can immediately detect and fix memory errors before they can cause data corruption or event systems crashes.
Compact 3.5” Form Factor
The CT-DR101 AMD embedded SBC is measured in a compact 146 mm x 102 mm, allowing the motherboard to be deployed within space-constrained embedded systems while providing rich I/O ports and a powerful computing configuration.
The CT-DR101 offers a wide range of scalability through various on-board expansion slots, including mPCIe and M.2. These robust expansion slots can support various performance accelerators for even greater performance.
Robust Wireless Connectivity
The CT-DR101 3.5” AMD Embedded SBC enables robust wireless connectivity for remote and mobile embedded applications. The system features high-end wireless technologies to ensure a reliable connection to various networks, sensors, and IoT devices.
- Wi-Fi 6
- Bluetooth 5
- SIM for 4G/LTE
- SIM for 5G Cellular
1.8" SBC with R1606G
The CT-NR101 1.8" Embedded SBC is an extremely compact single board computer with an AMD Ryzen™ Embedded R1606G SoC processor that boosts performance to a new level. This credit card sized SBC comes in an 84 mm x 55 mm form factor, which is great for highly space-constrained embedded applications.
- AMD Ryzen™ Embedded R1000 Series
- DDR4-2400 Single-Channel Memory (Up to 8GB)
- Dual Independent 4K Displays: 2x Micro HDMI
- Internal eMMC Storage up to 64GB
- Expansion: 1x mPCIe, 1x SMBus
- 1x USB 3.2 (5GB) Type-C (5V/3A), 1x Intel GbE LAN
Expandable mPCIe Slot
The 1.8" CT-NR101 has a dedicated mPCIe slot for additional wireless card, I/O card, or performance accelerator expansion. The scalable mPCIe slot provides a further performance enhancement for this ultra-small and lightweight SBC.
USB Type-C Port
The USB Type-C port can support 5GB/s transfer speed and power (5V/3A) to an external device. With the mass adoption of USB Type-C, the CT-NR101 is future and deployment ready for various embedded applications at the edge.
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6 Benefits on why AMD Ryzen Embedded SBCs are Important for Embedded Computing
AMD Ryzen Embedded processors deliver high performance with power efficient TDP. Here are 6 reasons why AMD Ryzen Embedded SBCs are significant to the embedded industry.
AMD Ryzen Embedded SBC (single board computers) are versatile embedded edge computing solutions that allow system integrators and OEM designers to connect, power, and unify their IoT devices/sensors. AMD Ryzen Embedded SoCs (System on Chip) are paired with our industrial-grade SBC motherboards to deliver the necessary processing power and connectivity in embedded-level designs.
No, while an AMD Embedded SBC contains all the similar functions of a conventional motherboard, it is designed differently, where many industrial-grade components are soldered onto the board and tested under strict environmental regulatory requirements. This allows SBCs to fit into space constrained applications with ultimate reliability in harsh settings.
An AMD Embedded SoC (System on Chip) is a processor that is purpose-built for rugged edge embedded computing. It follows a unique ‘Zen’ and ‘Vega’ architecture to deliver high performance processing while remaining power efficient with a low TDP, or thermal design power.
AMD embedded system is an AMD supported system that is designed as computing solution for many industrial applications. These AMD embedded systems deliver performance with a long lifecycle and low power consumption, both of which are critical in embedded and edge deployments.
The R1000 and V1000 series differ in x86 processor performance that is ideal for embedded applications:
- The R1000 series is AMD’s mid-tier embedded SoC solution, offering 2 “Zen” cores, with a low TDP. The R1000 series also uses AMD’s “Vega” GPU architecture for up to 3 compute units for immersive graphics
- AMD’s V1000 series offers 4 “Zen” cores and can support higher TDP. The V1000 series also uses AMD’s “Vega” GPU architecture for up to 11 compute units for immersive graphics
AMD Ryzen Embedded SBCs can support both Windows IoT and Linux Kernel for embedded applications
The ultra-compact AMD Ryzen Embedded SBC (CT-NR101) follows a standardized 1.8” FEMTO-ITX form factor to deliver processing power and graphical performance to the most space-constrained deployments possible. Digital signage, IoT sensors and devices, healthcare, smart kiosks. and casino gaming machines all can incorporate a credit card sized SBC for specific workloads in compute and connectivity.
Yes, AMD Ryzen Embedded processors utilize x86 “Zen” Cores and follow the design behind Complex Instruction Set Computers (CISC). Both x86 processors, the R1000 Series (R1606G) provide dual-cores and the V1000 Series (V1606B) quad-cores.
Yes, Premio AMD Ryzen Embedded SBC can support 4K display outputs. The 1.8” CT-NR101 supports dual 4K displays, while our 3.5” CT-DR101 can support triple ultra-high-res displays (two 4K displays and one WUXGA display).
AMD Ryzen Embedded SBCs are extremely versatile in deployments. Some key applications that it excels at are: Digital Signage, Smart Retail & Kiosks, Casino & Gaming Machines, IIoT & Robotics or Industrial Automation, Medical Imaging, In-Vehicle Infotainment, Smart Manufacturing, and Smart Building.
The AMD Ryzen Embedded SBC brings multi-threaded performance to the single-chip solution. In addition, delivering discrete-GPU caliber graphics and multimedia processing allows SBCs to achieve new levels of processing efficiency and design versatility. Key advantages for an AMD embedded SBC include dual channel 64-bit DDR4 ECC memory, 8 to 16 PCIe lanes, and a 10-year extended lifecycle to support embedded applications.
Our 3.5” AMD Ryzen Embedded SBC (CT-DR101) offers a selection of wireless connectivity options: Wi-Fi 6, Bluetooth 5, 4G/LTE, and 5G through modular add-in cards.