ODROID-C5 Amlogic S905X5M,DDR4 4GB , IR receiver, HDMI, audio output (G250509831255)

ODROID-C5 je cenovo dostupný, energeticky efektívny a výkonný jednodoskový počítač, ktorý podporuje platformy Android a Linux.

ODROID-C5 je poháňaný aplikačným procesorom Amlogic S905X5M vyrobeným v modernej továrni na výrobu polovodičov s nízkou spotrebou, ktorý obsahuje štvorjadrový procesor Cortex-A55 s frekvenciou 2,5 GHz a moderný grafický procesor Mali G310 s frekvenciou 0,85 GHz. V porovnaní s modelom ODROID-C4, ktorý mal predchádzajúcu generáciu procesora S905X3, je výpočtový výkon modelu ODROID-C5 približne o 20 - 25 % vyšší, výrazne sa zlepšilo rozhranie 4 GB DRAM, šírka pamäťového pásma sa zvýšila približne o 30 % a výkon 3D vykresľovania nového GPU je viac ako dvojnásobný. Zmenila sa aj špecifikácia hostiteľského rozhrania eMMC z HS200 na HS400, čo má za následok rýchlejší prístup k súborovému systému o viac ako 50 %. Pozrime sa na výkonnostné a výkonnostné rozdiely medzi ODROID-C4 a ODROID-C5 v skratke. Hoci ide o trochu syntetické porovnávacie testy, mali by vám pomôcť odhadnúť výkonnostné rozdiely.

ODROID-C5 is an affordable, power-efficient, high-performance Single Board Computer that supports Android and Linux platforms.

ODROID-C5 is powered by the Amlogic S905X5M application processor, manufactured in an advanced low-power semiconductor fab, featuring a quad-core Cortex-A55 CPU running at 2.5GHz and a modern Mali G310 GPU running at 0.85GHz.

Compare with the ODROID-C4 which had the previous generation processor S905X3, the computing performance of the ODROID-C5 is about 20-25% faster, the 4GB DRAM interface is significantly improved, the memory bandwidth increases by about 30%, and the new GPU 3D rendering performance is more than doubled.

The eMMC host interface specification also has been changed from HS200 to HS400, resulting in file system access speeds that are more than 50% faster.

Let’s take a look at the power and performance differences between ODROID-C4 and ODROID-C5 at a glance. Although these are somewhat synthetic benchmarks, it should help you estimate the performance differences.

• Power consumption in milliwatt (while running “stress-ng –cpu 4 –cpu-method matrixprod”)
• Drystone-2 (Integer performance)
• Double-Precision Whetstone (Floating-point performance)
• mbw (memory bandwidth)
• 7-Zip (Integer performance + memory bandwidth)
• iozone (eMMC storage performance)
• glmark2 (3D GPU performance) 

Despite the noticeable performance increase, power consumption was reduced by over 25%, making it possible to build a very energy-friendly single board computer that consumes less than 2.5 watts even when the computing tasks are fully loaded.

A	CPU (Amlogic S905X5M)	H	2 x System LED indicators
B	DDR4 memory (4GiB)	I	1 x UART for system console
C	4 x USB 2.0 host ports	J	1 x IR receiver
D	1 x RJ45 Ethernet port (10/100/1000)	K	40 x GPIO pins
E	1 x HDMI 2.0	L, O	Stereo audio output 2 pins, Alternative power input 2 pins
F	1 x Micro USB 2.0 port (OTG)	M	1 x eMMC module socket
G	1 x DC power jack (Outer diameter : 5.5mm, inner diameter : 2.1mm)	N	1 x Micro SD slot

 

These outstanding low-power and low-heat characteristics make it the first SBC in our product line to be heatsink-free.

This reduces not only BOM costs but also operating electricity costs and carbon emissions.

As shown in the graph below, we performed a stress test for over two hours with the ODROID-C5 board mounted inside the case, and no thermal throttling issues occurred

The ODROID-C5 board dimensions and the locations of the connectors are identical to the ODROID-C4. Therefore, cases and most add-on boards for the C4 can be used as is.

The reason why the area around the CPU looks messy is because of the BGA underfill process.

BGA (Ball Grid Array) underfill is a post-assembly process where a low-viscosity, thermoset epoxy resin is dispensed under the BGA component to fill the gap between the BGA and the PCB. This process enhances the reliability and performance of the BGA solder joints by protecting them from stress and improving heat transfer.

Block diagram

Hardware specifications

Form Factor	Board Dimensions: 85mm x 56mm x 22mm Weight: 42g
Processor	Amlogic S905X5M Quad-Core Cortex-A55 (2.5GHz) ARM G310 V2 GPU (0.85GHz)
Memory	DDR4 4GB with 32-bit bus width Data rate: 3200 MT/s
Storage	1x Micro SD slot (DS/HS mode up to UHS-I SDR104) 1x eMMC socket (HS400)
Networking	1 x GbE port (RJ45, supports 10/100/1000 Mbps) – LED indicators * Green LED: Flashing by data traffics at 100Mbps connection * Amber LED: Flashing by data traffics at 1000Mbps connection
Video output	1 x HDMI 2.0 (up to 4K@60Hz with HDR, CEC, EDID)
Audio	1 x HDMI digital output 1 x Analog stereo line out

External I/O	4 x USB 2.0 host port 1 x Micro USB port (OTG) 1 x Debug serial console (UART : 921600bps) 1 x 40 pin GPIO header GPIO input/output nominal voltage is 3.1V. The maximum input tolerance is 3.4V.
Other features	* System LED Indicators: – Red (POWER)  Solid light when DC power is connected – Blue (ALIVE) Flashing like a heartbeat while Kernel runs. Solid on the u-boot stage.
Power	1 x DC jack: outer (negative) diameter 5.5mm inner (positive) diameter 2.1mm 1 x Alternative(aux) power input from a 2-pin header   DC input voltage range: 7.5V ~ 15.5V (12V/2A power adapter is recommended) – IDLE : ≃ 1W without any kind of peripherals – CPU Stress : ≃ 2.5W (Performance governor) without any kind of peripherals – Power Off : ≃ 0.22W

Due to SoC design constraints, there’s no USB 3.0 Super-Speed ​​or PCIe bus built into the chip. As a result, all USB ports on the ODROID-C5 only support up to USB 2.0 High-speed devices.

 

 

Software demo videos

Ubuntu OS

• AV1 4K HDR10 video playback using GStreamer on Ubuntu OS with a native SPI connected RGB-LED string for Ambilight on a UHD TV.
• Vulkan 3D GPU rendering on Wayland Gnome desktop

Yocto OS

• GPU accelerated Chromium browser operation with lightning-fast boot speed.

The complex process of powering on, bootloader, kernel booting, internet connection, web browser launch, WebGL demo download, and 3D rendering is completed in less than 10 seconds.

Android OS

• Thanks to GPU driver that supports the Vulkan API, GoW can run in HD quality at 2x the resolution of the original PSP on Android 14

 

 

The C5 model is nearly 30% cheaper than the C4, making it ideal for building a wide range of high-performance, low-power, and affordable embedded systems.

Wiki:https://wiki.odroid.com/odroid-c5/odroid-c5

GTIN: 8809543644199