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Inforce 6501™ Micro System on Modules (SOM)

Availability: In stock

$225.00

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$225.00
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Inforce 6501™ Micro System on Modules (SOM)
  • Inforce 6501™ Micro System-on-module (SOM) based on Snapdragon 805 processor
  • Inforce 6501™ Micro System-on-module (SOM) based on Snapdragon 805 processor
 

The smallest Micro-SoM available in the market based on the latest Snapdragon 805 processor

6501Excellent video and connectivity options!

  • 4K Ultra HD video w/ HEVC playback & H.264 capture
  • Dual MIPI-DSI (4-lane) & touch screen
  • Dual MIPI-CSI (4-lane) and support for cameras up to 55 MP
  • 1x Micro-HDMI
  • WiFi/BT/GbE/SATA/GPS connectivity
  • Drivers for common peripherals
  • Android and Linaro BSP support
  • Just plug and play

Based on the proven Snapdragon™ 805 processor (APQ8084)

  • Quad core Krait 450 CPU running at 2.7GHz
  • Adreno 420 GPU @4.8 Giga Pixels/second for excellent graphics
  • Hexagon DSP v50 @600MHz for low power computer vision and audio processing
  • Dual Image Signal Processors (ISPs) @1.2GP/s and support for 3 cameras

 

Block Diagram

board diagram

 

Specifications

The Snapdragon 805 processor supports superior performance and rich multimedia capabilities with low power consumption. It brings a long list of high-end features to the most demanding embedded computing applications:

  • Faster performance and more multitasking with quad-core Qualcomm® Krait™ 450 CPU at up to 2.7 GHz per core (ARM®v7 ISA compatible)
  • 4K Ultra HD video with HEVC (H.265) playback and H.264 capture for bandwidth and power efficiency
  • Dual image signal processors (ISPs) with ~1GP/s throughput and image sensors up to 55 MP
  • New Qualcomm® Adreno™ 420 GPU with up to 40% increase in graphics and compute performance compared against the previous generation
  • Qualcomm® Hexagon™ DSP V50 (up to 800MHz)
  • Tight system integration and optimization for superior performance and power efficiency
  • Worldwide ecosystem of Snapdragon embedded device OEMs and developers

Processing power, Memory, and Storage

  •  Qualcomm® Snapdragon™ 805 (APQ8084 SoC)
  • Up to 3 GB on-board PoP LPDDR3 @800Mhz 2x64-bit 26.5GB/s memory bus
  • 16GB eMMC v4.5/5.0

Audio, Video, Interface, and Connectivity

  • Audio 4x Line out, 3x Mic-in, 1x headphone out
  • 8-channel 7.1 surround sound, Dolby Digital plus, Dolby True HD and DTS-HD via HDMI
  • 4K Ultra HD video w/ HEVC playback & H.264 capture
  • 2x MIPI-DSI (4-lane) & touch screen,  2x MIPI-CSI (4-lane)
  • 1x HDMI
  • 1x USB 2.0 (host), 1x USB 2.0 (device mode debug)
  • 1x USB 3.0 (host),  1x PCIe, SDC, SLIMBUS
  • BT 4.1 , 2x dual band Wi-Fi, GPS
  • JTAG, 8x GPIO, UART via 3-pin RS232, 5x I2C, SPI

IMPORTANT NOTE: The Inforce 6501 Micro SOM requires a carrier board (like all SOMs do) to power up,  connect to peripheral devices, and gain access to the extensive set of I/Os that are available on the Micro SOM. One may design a custom carrier board to work with the Inforce 6501 Micro SOM to suit a particular end-application, but first time buyers of the Inforce 6501 Micro SOM require an associated carrier board. It is recommended that you initially purchase the Inforce 6501 Development kit, which comes with (a) the Inforce 6501 Micro SOM, (b) a full-fledged carrier board with a multi-sensor card, and (c) a starter kit that includes a 12V power adapter, micro-USB cable, and an acrylic base..

Snapdragon 805

Build the most advanced embedded systems using superior multicore performance, immersive 3D graphics, and a superior energy efficient platform for exceptionally long battery life and smaller industrial designs.

The Snapdragon 805 processor offers rich multimedia capabilities, energy efficiency, integrated connectivity and heterogeneous computing for high-end mobile computing in embedded products. Additionally, Snapdragon offers a clear product release path for embedded device OEMs and developers – starting with single-board computers and development kits and scaling up to larger solutions, integration services and production-ready, customizable system-on-modules (SOM).


WHY SNAPDRAGON PROCESSORS FOR EMBEDDED SYSTEMS?

  • Quad core Krait 450 CPU (ARM®v7 ISA compatible) running at 2.7GHz for processor-intensive computing
  • Adreno 420 GPU @4.8 Giga Pixels/second for excellent graphics: 4K Ultra HD output to HDTV for improved picture sharpness with an amazing level of detail at higher speed
  • Hexagon DSP v50 @600MHz for low power computer vision and audio processing
  • Dual Image Signal Processors (ISPs) @1.2GP/s and support for 3 cameras for computer vision and image capture

If these are your requirements, embedded systems powered by Snapdragon 805 processors will make it easier.


Snapdragon 805

 

Snapdragon 805: Krait 450 CPU performance

 

Snapdragon 805 Krait

 

Snapdragon 805

 

Snapdragon 805: Hexagon DSP for power efficiencies

Offloading appropriate portions of an augmented reality algorithm to QDSP6 not only frees up CPU core horsepower but also improves processing speed and decreases overall SoC power consumption.

Snapdragon 805

Android 5.x (Lollipop) BSP release

  • Periodic Android based BSP releases include in-depth documentation along with a host of royalty-free multimedia codecs

Ubuntu Linux BSP Release

  • An Ubuntu-based  Build that provides a terminal-like environment using Ubuntu Linux and the GNome terminal on the Inforce 6501 development kit.
  • Periodic upstream Kernel (currently v3.10.40) based BSP releases include in-depth documentation along with a host of royalty-free software.

The full-featured release has support for the following peripheral devices and I/Os (All features may not be supported on Android/Linux):

  •    Snapdragon™ 805 processor Quad-core CPU running at 2.7GHz
  •    USB 2.0 and USB 3.0 based input and mass storage devices
  •    WiFi/BLE 4.1/GPS
  •    Gigabit Ethernet
  •    Micro SD card interface
  •    HDMI display and digital audio
  •    MIPI-DSI based displays with touch screen support
  •    Qualcomm Hexagon™ package update
  •    MIPI-CSI - 13MP Sony IMX135 camera sensor
  •    Serial UART and Analog audio

 

Software and SDKs from Qualcomm and other 3rd parties that work with Inforce’s Snapdragon based platforms include:

QDevTechweb

  • Early access to leading edge APIs and next generation features. 
  • A product roadmap that keeps developers on the latest technology curve from Qualcomm

Documentation

Document
Inforce6501 Datasheet Download
The Inforce BSP Explained Download
Accessing BLSPs in the Snapdragon 805 Processor (Inforce 6501 Dev. Kit) — A Tech-note Download
Designing with a Micro-SOM: Key Considerations for Embedded Systems-A White Paper Download
Inforce 6501 Micro SOM Android BSP Release Note Download
Inforce 6501 Micro SOM Linux Release Note Download
 

Secure Downloads

Datasheets Version Size Uploaded On
Inforce 6501 Micro SoM Datasheet Rev_A 340 KB 2015-04-23 13:28:20 Download
User Guides Version Size Uploaded On
Android Programming Guide Rev B 290 KB 2015-07-13 06:41:00 Download
Application Notes Version Size Uploaded On
APQ8084 Configure BLSP Port Application Note Rev E 410 KB 2015-07-07 17:44:08 Download
Reference Manuals Version Size Uploaded On
Inforce 6501 Product Change Notice Rev D 489 KB 2015-07-13 12:45:08 Download
Hardware Document Set APQ8084 SBC Rev D 20.5 MB 2015-07-08 16:45:08 Download
Software Document Set APQ8084 SBC Rev A 3.55 MB 2015-07-08 16:44:08 Download
Inforce 6501 Micro SoM Product Change Notice Rev C 632 KB 2015-05-21 11:10:49 Download
Inforce 6501 Micro SoM Hardware Reference Manual Rev A 2.48 MB 2015-05-21 03:38:59 Download

Introduction

1. What is the Inforce 6501™ Micro SOM?

The Inforce 6501 Micro SOM is a high performance tiny System on Module (SoM) solution for embedded systems designers. It provides designers access to the rich I/O and computing features of the latest Qualcomm® Snapdragon™ 805 System-on-Chip (APQ 8084), with quad-core processors each running at 2.7GHz. The plug-and-play Inforce 6501 Micro SOM comes in an ultra-small form factor of 28mm x 50mm and weighs less than 8 grams! With a low profile of only 6mm, it provides access to interfaces such as dual MIPI-DSI displays with support for 4K Ultra HD content, MIPI-CSI cameras capable of encoding 4K AVC content, GPS, and sensors. It provides an excellent development environment for a variety of unique Android and Linux based multimedia applications in wearable hands-free computing, smart office, robotics, and portable medical imaging.

2. Does Inforce offer other form factors based on Qualcomm Snapdragon 805?

Yes. Several exciting form factor products including Pico ITX based on the Snapdragon805 (Such as the Inforce 6540 SBC) are offered by Inforce. Please check our website for more details.

3. How do I find more information about the Inforce 6501 Micro SOM? What do I get when I buy an Inforce 6501? Is the device available internationally?

Inforce’s website has a lot of useful information about our SOMs at http://www.inforcecomputing.com/products/system-on-modules. Please check on the exact product SKU for the pre-loaded software, available memory and accompanying accessories such as acrylics, power adapters, and cables. The Inforce 6501 Micro SOM requires a carrier board (like all SOMs do) to power up and connect to peripheral devices and gain access to the extensive set of I/Os that are available on the Micro SOM. We offer a full development kit, which includes the carrier board along with a few accessories such as an acrylic case, power adapter, sensor module, and micro USB cable. Once you register the product with us online, you would get dedicated support from Inforce. The board ships to most places worldwide and relevant shipping and local tax charges may apply. Please contact sales@inforcecomputing.com for pricing details or any additional questions that you may have before buying an Inforce 6501.

4. Does Inforce have a blog?

Yes! You can find our periodic blogs at http://inforcecomputing.com/blog/category/articles.  Here you can keep up with all of the latest information about Inforce products, conference appearances, and innovative customer applications.

 

General

5. What are the accessories available?

The website http://www.inforcecomputing.com/products/accessories lists all the available accessories. User guides are available for all relevant accessories.

6. Does the board support a cellular or GSM connection?

The Inforce 6501 does not include support for a wireless modem. Third party cellular modem dongles can be connected to the Inforce 6501 system via USB ports and may require special drivers from the respective manufacturers.

7. What is the storage capacity of the Inforce 6501 Micro SOM? Is it expandable?

Please check on the exact product SKU for details on pre-loaded software and available memory. The on board storage (eMMC) capacity is 4GB expandable to 16GB. Product SKUs with both these memory options are available. Storage can be expanded by connecting a Micro-SD card or connecting a SATA Hard drive. The SATA Hard drive can be powered from the on-board power header if the current ratings are sufficient.

8. What are the performance details of the Inforce 6501? What is the speed of the RAM?

The Inforce 6501 Micro SOM provides Quad-core Krait™ 450 CPU processing of up to 2.7 GHz per core with 2MB L2 cache. The Adreno™ 420 GPU includes dedicated tessellation hardware and is capable of 160 GFLOPS of general purpose compute and provides support for OpenGL ES 3.1 and OpenCL 1.2 full profile. Do note that these libraries are provided as binaries only.

The onboard high speed LPDDR3 RAM runs at 800 Mhz on a 2x64-bit 25.6GB/s memory bus for fast and seamless multitasking. There are 2GB and 3GB variants of the platform available. Please check on the exact product SKU while ordering.

AnTuTu scores for the Inforce 6501 platform running Android is 55000. All of our Android releases are also validated with the Qualcomm Trepn™ Profiler to ensure that all cores are capable of operating at their maximum frequency.

9. What is the stacked height of the SOM mounted on the carrier board?

The height of the IFC6501 SOM is 8.1mm and the full height including the carrier is 10.7mm.

10. What types of displays are supported and at what resolution?

Up to 3 concurrent displays (2 panels + 1 external) are possible on the APQ8084. The capabilities are listed below:

MIPI_DSI – Two displays; 4-Lane + 4-Lane.

eDP – V1.2 4-Lane

HDMI – V1.4a

 Possible combinations:

  • 4096x2160@60Hz + 4096x2160@24Hz OR 3840x2160@30Hz
  • 2048x1536@60Hz + 1920x1200@60Hz + 4096x2160@24Hz OR 3840x2160@30Hz
  • 2560x2048@60Hz + 1920x1200@60Hz + 1920x1080@60Hz
  • 1920x1080@120Hz is also possible on HDMI.

The Inforce 6501 development kit has a DSI connector with support for dual MIPI-DSI ports and a Type-A HDMI port. Note that the displays are not provided as peripherals with the Inforce 6501 development kit. They can be purchased from http://inforcecomputing.com/product/accessories.html.

11. What are the capabilities of the video Decoder/Encoder?

  Supported Codec Container Format Profile(s) Resolution/Bitrate/Framereate
Video Decoding HEVC (H.265) • 3GPP (.3gp)
• MPEG-4 (.mp4)
Main profile level 5.1 4k/100mbps/24fps
H.264 AVC hw accelerated • 3GPP (.3gp)
• MPEG-4 (.mp4)
Main profile level 5.1 4k/100mbps/24fps
HQV •3GPP (.3gp) Adv Simple profile level 5 4k/100mbps/24fps
MPEG-4 SP hw accelerated   Adv Simple profile level 3 4k/100mbps/24fps
VC-1     4k/100mbps/24fps
DivX 4, 5, 6/MP2     1080P/10mbps/30fps
DivX 3.11 Hardware-based • WebM (.webm)
• Matroska (.mkv
  720x480/2mbps/30fps
VP8     4k/100mbps/24fps
Video Encoding H.263 • 3GPP (.3gp)
• MPEG-4 (.mp4)
Profile 0 level 70 4k/100mbps/24fps
H.264 AVC • 3GPP (.3gp)
• MPEG-4 (.mp4)
High profile level 5.1 4k/100mbps/24fps
MP4   Adv Simple profile level 8 4k/100mbps/24fps

Please refer to http://developer.android.com/guide/appendix/media-formats.html for supported codecs from Android.

12. What are the camera capabilities of the Inforce 6501 Micro SOM?

The Inforce 6501 has 2 camera connectors that support 4 lanes from CSI0 and CSI2. Support for 3-D over CSI1 is possible on connector #2.

The camera interface to the APQ8084 is provided via three combo PHYs and four CSIDs with each combo PHY supporting up to 4-lane configuration. The camera port MIPI lane configuration could be 4/4/2/1 or 4/4/1/1 or 4/4/4 modes. It has dual ISP that can be used in parallel for high throughput or used individually for concurrent processing. Three cameras totaling up to 55MP can thus be supported with the maximum real-time sensor input resolution per camera being 21MP. Inforce platforms have been validated with the Sony IMX135 13MP camera module. Note that the camera is not provided as part of the Inforce 6501 development kit. It is an accessory and can be purchased from http://inforcecomputing.com/product/accessories.html .

13. How much power does the board draw? Is it possible to measure the power?

The Inforce 6501 development kit is powered by a 12V/3A wall adaptor. The total power consumed ranges between 6W to 17W when different use cases are executed. There are no test points made available to measure run-time power on the board. But the input current through the DC jack can be measured during different use-cases. Please note that we do run the Trepn profiler as part of our validation process on all our stock Android releases.

14. What are the audio capabilities?

Audio is available through HDMI, USB and speaker out. The Inforce 6501 development kit also comes with a microphone for recording. The HDMI has an 8 channel audio with 7.1 channel surround sound, with support for Dolby digital plus, Dolby True HD and DTS-HD master. The Inforce 6501 has a combo jack for microphone and speaker out.

15. What are the sensor capabilities?

A 3D accelerometer and a 3D gyroscope are available through the LSM330D part from STMicro on Board which is supplied along with the Inforce 6501 development kit.

16. What documents are provided with the Inforce 6501? Are board design files also provided?

We provide datasheets and a Hardware Reference Manual. Schematics are not provided for the Inforce 6501. Board design files are proprietary and confidential and hence not provided.
All software releases are accompanied with release notes, user guides and application notes that describe the installation procedure. Apart from these, all technical questions addressed to techweb@inforcecomputing.com are promptly answered once the product is registered with Inforce.

 

Networking, IO and Wireless

17. Does the device support networking and wireless?

Supported connectivity includes Gigabit Ethernet, Wi-Fi 802.11ac + Bluetooth 4.1 (available via Qualcomm Atheros QCA6174), and GPS (supported via Qualcomm Atheros QCA1530).

18. How can I change the MAC address for WiFi/BT/Ethernet on my Board?

MAC addresses are fixed at the factory. Changing them should not be necessary since the correct addresses are programmed before the board is shipped. But if it is still required, please refer to the Release Notes and App notes available on Inforce’s TechWeb.

19. What are the IO available interfaces?

Standard I/O interfaces including GbE, I2C, SPI, UART, MPP, GPIOs, and on-board Serial Console are available. It also includes one USB 3.0 host port and one micro USB 3.0 device mode only port apart from a USB 2.0 port. A 40 pin expansion header with accessible GPIOs is available for users.

20. My serial console shows garbage characters. What could be wrong?

The serial port could be incorrectly configured. Please note that the correct settings are - 115200, 8, N, 1, No HW flow control. Please also check your connections as described below.
To connect the serial console on the Inforce 6501 board we would need to have a three pin connector and wiring as described below: Take wires from the DB9 port and connect it to the RS232 header on board
DB9 TX ---------- 6501 R1IN
DB9 RX ---------- 6501 T1OUT
DB9 GND ----------6501 GND

 

Software

21. What operating systems are supported and what is the OS roadmap?

BSPs for Android Kitkat and Lollipop versions are available today as officially supported packages on the Inforce TechWeb. Please stay tuned for the announcements on our website for update releases.
An Ubuntu-based Linaro Member Build would soon be available, which provides a desktop like environment using Ubuntu and the Gnome desktop. This package would also be officially supported via the Inforce TechWeb. Periodic releases shall be provided with feature improvements on this package.
Note that the Linux community has made significant progress and multiple successful projects have taken off because of the community support for Linux on Inforce development kits.

22. Is root access possible? Could you please explain how to get root privileges in Android?

Yes. As Android derives from the Linux kernel, rooting an Android device gives similar access administrative permissions as on Linux. Please give below commands in adb shell to get root privileges
#adb root
#adb remount

23. Is fastboot supported? How to enter fastboot?

Yes. To go to fastboot mode, press the Vol- button (label 3 on the QSG document for Inforce 6501) before powering on the board.

24. I've modified the boot partitions on my board and the board is no longer booting. What should I do?

If the eMMC partitions have been erased or the partition table has been corrupted, you may have to RMA the board back to Inforce Computing. In particular, please avoid erasing the SBL partition.

25. Is Hexagon DSP supported on the Inforce 6501 platform?

Yes. The Inforce 6501 has one Hexagon DSP (version QDSP6 v5 @600MHz) and Hexagon SDK 2.0 supports development on this hardware. Hexagon SDK can be obtained from https://developer.qualcomm.com/mobile-development/maximize-hardware/multimedia-optimization-hexagon-sdk/application Please note that Qualcomm approves SDK access to developers on case-by-case basis. Qualcomm also hosts forums and blogs to discuss the issues and the best way to get help on Hexagon SDK related queries is from https://developer.qualcomm.com/forums/qdevnet-forums/multimedia-optimization-hexagon-sdk

26. How can I get kernel debug messages?

Connect the device’s serial port to the host PC. Refer to Question 20 for connection configuration. Boot into fastboot mode and issue the following command – fastboot -c “console=ttyHSL0,115200n8r androidboot.hardware=qcom” boot boot.img Debug messages should start to show up.

27. Why isn't Google Play (previously Android Market) available on my board?

Google Play (previously Android Market) is part of Google Mobile Services(GMS) and is licensed separately from Google. This is usually available on commercial Android devices. Though our hardware is capable of meeting requirements of the Google Test Suite that would lead to GMS certification, we have not added this to our product.
But it is possible to sideload any Android application using the following commands:
#adb devices
#adb mount
#adb remount
#adb install apk

Additional Info

SKU IFC6501

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