SolidRun's New SFF HummingBoard PC Is A Modular Raspberry Pi Clone With Upgradeable ARM Processor

Subject: General Tech | July 15, 2014 - 11:21 PM |
Tagged: solidrun, SFF, Raspberry Pi, iot, i.mx6, Freescale, Cortex A9

SolidRun recently launched a new small form factor PC called the HummingBoard. The new kit is an open source hardware platform that can run a number of open source operating systems. It mimics the physical form factor of the popular Raspberry Pi and as a result is compatible with much of its accessories including cases and add-on boards.

 

The HummingBoard is comprised of two main pieces; the carrier board which hosts all of the I/O ports and pin-outs and the removable microSOM (Silicon on Module) which is a smaller circuit board housing the processor and system memory.

 

SolidRun HummingBoard i2eX Small Computer_Angled.jpg

 

SolidRun currently offers two reference versions of the carrier board, a base design and a higher-end model with beefier I/O. The HummingBoard Carrier is an open source design and the company allows hardware hackers and product developers to use their own custom carrier boards based on the reference design. Each carrier board has a special connector that the Micro SOM plugs into.

 

SolidRun MicroSOM.png

A microSOM (System on a Module) includes the CPU, GPU, RAM, power management, networking, and I/O connectivity hardware.

 

SolidRun currently offers up three microSOMs for use with the HummingBoard. The microSOMs use Freescale i.MX6 series SoCs (PDF), offer up to 1GB of RAM, and host the power management and networking hardware. Depending on the microSOM chosen, users can get a single or dual core CPU paired with a GPU that is at least OpenGL ES 2.0 compatible (the highest end model supports OpenGL ES 2.0 Quad Shader) and video encode/decode hardware units. The HummingBoard is upgrade-able and may support a microSOM with a quad core CPU in the future (a quad core microSOM already exists but is not currently supported by the HummingBoard).

 

SolidRun HummingBoard i2eX.jpg

 

Users can purchase the HummingBoard as a combo (carrier board+processor module) or in individual pieces. Specifically, SolidRun sells the HummingBoard i1, i2, and i2eX. Both the i1 and i2 use the base carrier board while the i2ex uses the pro version. The i1 comes with a single core i.MX6 CPU, GC880 GPU, and 512MB of system memory. The i2 ups the amount of RAM to 1GB and CPU core count by using the Freescale i.MX6 Dual Lite. Finally, the HummingBoad i2eX features a faster clocked dual core CPU (i.MX6 Dual), GC2000 GPU, 1GB of RAM, and significantly more I/O thanks to the higher-end carrier board and processing capabilities.

 

At a minimum, users can expect HDMI video out, 10/100 Ethernet, two powered USB 2.0 ports, a microSD card slot, a coaxial S/PDIF audio output, PWM mono audio, a 2-lane MIPI CSI 2.0 camera interface, and GPIO header. On the high end (HummingBoard Carrier Pro/HummingBoard i2eX/custom configs), the HummingBoard supports Gigabit Ethernet (limited to 470Mbps by the SoC), PCI-E 2.0, mSATA II, two additional USB 2.0 ports (via internal header), stereo audio output, microphone input, an IR receiver, and a Real-Time Clock (RTC) with battery backup.

 

SolidRun is aiming the HummingBoard platform at Internet-of-Things, home automation, and other embedded device developers. I believe that it will also appeal to hobbyists and Linux software developers.

 

SolidRun HummingBoard i2eX_IO.jpg

 

The HummingBoard is rather expandable and is nearly a drop-in alternative to the Raspberry Pi. The open source nature (though, like the Raspberry Pi's BCM2835, the SoC is not fully open source) is nice, and the modular/upgradeable design is sure to appeal to hardware enthusiasts. The HummingBoard starts at $45 and tops out at $99 for the highest end i2eX. It is more expensive than the Raspberry Pi, which is the platform it is most likely to be pitted against, but it features faster hardware (especially the CPU and its ISA: ARMv7 versus ARMv6) and is priced competively with devices like the BeagleBone Black and SolidRun's own CuBox lineup.

 

The small form factor (and "single board PC") market has really ramped up the last few years and it is exciting to watch it all unfold. Stay tuned to PC Perspective for more SFF PC coverage!

Source: SolidRun

SolidRun CuBox-i Is An ARM-Powered Mini PC Starting at $45

Subject: General Tech | September 13, 2013 - 01:15 AM |
Tagged: solidrun, SFF, Freescale, cubox-i, arm

SolidRun Ltd. Has come up with its own ARM-powered mini computer called the CuBox-i. The new PC measures 2” x 2” x 2” and has some respectable IO for its size. The CuBox-i comes in multiple flavors from $45 to $120. The cheapest version competes in many ways with the Raspberry Pi while the top-end device is more in line with Android development boards that tend to run in the hundreds of dollars.

CuBox-i.png

There are actually four SKUs in the CuBox-i series:

  1. CuBox-i1
  2. CuBox-i2
  3. CuBox-i2ultra
  4. CuBox-i4pro

The CuBox-i PCs are powered by single, dual, or quad core variant of a Freescale i.MX6 SoC at up to 1.2 GHz. The SoC uses ARMv7 instructions and dedicated NEON media encode/decode hardware. The GPU included in the SoC supports OpenGL ES 2.0 on all models, and the GPU in the two higher-end models further supports OpenCL 1.1 embedded. Memory is 512MB on the $45 CuBox-i1, 1GB on both CuBox-2 systems, and 2GB of DDR3 on the CuBox i4Pro. The mini PCs support 1080p video playback, and are compatible with Android 4.2.2, XBMC, and various Linux distributions.

IO on the CuBox-i PCs includes two powered USB 2.0 ports, HDMI, Ethernet (Gigabit on the higher end models, limited to less than 470 Mbps internally), one eSATA 3Gbps port, an optical S/PDIF output, microSD slot, microUSB (RS-232 adapter on higher end models), and an infrared reciever. The two higher-priced models also include an infrared transmitter. The high end systems also support Wi-Fi b/g/n, Bluetooth, and a hardware RTC (Real Time Clock) with backup battery.

SolidRun CuBox-i.jpg

The table above shows the breakdown of IO and internal hardware in the various SKUs. While the systems start at $45, it is the higher priced models that add some interesting features. It is always nice to see competition in the mini PC space. The CuBox-i series will be available in limited quantities later this year. Pre-order pricing breaks down as follows:

  • CuBox-i1 for $45
  • CuBox-i2 for $70
  • CuBox-2Ultra for $95
  • CuBox-4Pro for $120

Compared to the previously-announced CuBox Pro, the CuBox-i series is slightly cheaper, uses a faster SoC, and is available in multiple SKUs. For example, the top-end CuBox-i4Pro is a bit cheaper at $120 versus $160 for the CuBox Pro's original price. Naturally, the lower end CuBox-i's are even cheaper but also have less memory and IO.

Source: SolidRun

AMD's new Embedded Solutions Group aims at a new market

Subject: General Tech | June 12, 2012 - 10:01 AM |
Tagged: amd, arm, IBM, Freescale, AFDS, ESG

According to the VDC Research Group's findings, the embedded market will hit $6bn in sales in 2012 and keep growing at a rate of 12%-15% per year.  AMD seems poised to move into this market with the formation of their Embedded Solution Group and the changes we have been seeing to their processor lines.  Current Opteron HE and EE chips consume between 35W and 65W depending on the number of cores and that amount might be trimmed down as new models come out.  They also have lines of embedded Athlon, Turion, Sempron, and Geode LX based chips and have hired an FPGA veteran, Arun Iyengar, to manage the ESG though The Register expresses doubt that AMD is thinking of developing it's own FPGA business.  More likely they hope to provide powerful alternatives for those in the market that now need a little more from their embedded products.  Read the full story here and keep your eyes peeled for more news coming out of the AMD Fusion Developer Summit.

DPX-S430_Front_B_PLCCsocket.jpg

"The new management team at Advanced Micro Devices is looking everywhere, including under the couch cushions, to find some money so it can afford to explore the embedded systems market again. The chip biz hopes rivals Intel and the ARM collective are too distracted to notice the foray as they fight over each others' territories in PCs, servers and mobile devices."

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Source: The Register