$1.40 EDMINI Development Board Features LogicGreen LGT8F328P MCU Compatible with ATMega328P/Arduino

Arduino compatible boards are normally using Microphip Atmel microcontrollers, but as we’ve see with GD32 clone of STM32 MCU, some companies are making MCU clones too, usually with some improvements, and LogicGreen designed LGT8F328P micro-controller (mostly) compatible with Atmel ATMega328P micro-controller and adding features such as DAC output, PWM specific features, a computing accelerator (DSC), and others. The MCU also runs at double the clock speed (32 MHz). I found out about the new MCU via Electrodragon selling EDMINI Arduino compatible development board based on LGT8F328P micro-controller for $1.40. The board looks to be a clone of Arduino Pro Mini. Main specifications for EDMINI board: MCU – LogicGreen 8F328 (LGT8F328P) MCU – 99% compatible with ATMEGA328P MCU Expansion – Same pins as Arduino Pro Mini plus SWD/SWC pins, PE4/PE5 pins Misc – On-board power LED, D13 LED, reset button Power Supply – 5V RAW as VCC directly in; regulated 3.3V as VCC The board does not include any external crystal, …

Ugoos UT5 Pro is a Rockchip RK3399 based TV Box with a 3.5″ SATA Bay

It’s already possible to connect a 3.5″ SATA drive to Rockchip RK3399 based hardware with products like Vorke Z3 TV box exposing an external SATA connector, or development boards such as ODROID-N1, Orange Pi RK3399, or Firefly AIO-3399J. None of those solutions offers a neat way to store your hard drive, so you’d have cables and the drive exposed to dust, unless you make your own case. Ugoos UT5 Pro TV box offers an easier way to neatly connect a 3.5″ SATA drive since it includes an internal SATA slot. The device also features a USB 3.0 device port allowing user to connect the box directly to their computer to transfer files. Ugoos UT5 Pro specifications: SoC – Rockchip RK3399 dual core Cortex-A72 + quad core Cortex-A53, Arm Mali-860MP4 GPU with support for OpenGL ES1.1/2.0/3.0/3.1, OpenVG1.1, OpenCL, DX11 System Memory – 4GB DDRIII-2133 (2GB option) Storage 32GB eMMC flash (optional:16/32/64GB) SATA slot for 2.5″ or 3.5″ drives up to 8TB …

IBASE AGS100/AGS102 Smart IoT Gateway Targets Industrial Control and Factory Automation

IBASE has introduced AGS100 and AGS102 intelligent IoT gateways powered by an Intel Apollo Lake processor, and specifically geared towards industrial control and factory automation applications. AGS100 can be powered by Intel Atom processor E3950/ E3930 with extended operating temperature (-40°C to 70°C), Intel Pentium N4200, and Celeron N3350 processors (-20°C to 60°C), while AGS102 adds support for two RS232 ports and more GPIOs. Specifications: SoC – Intel Atom E3950/E3930 or Pentium N4200/ Celeron N3350 processor System Memory – 1x 4GB DDR3L-1866 SO-DIMM, up to  8GB Storage – 1x mSATA socket (Mini-PCI-E), 1x 2242 M.2 B-Key socket for mSATA SSD Rear Panel External I/O 1x DVI-I + 1x DisplayPort connector 4x USB 3.0 ports 2x RJ45 Gigabit Ethernet port 3x LED indicators (HDD, WLAN, WWAN) 1x power button with green LED 1x 3-pins DC-in terminal block type for 9-36V DC input 1x Antenna hole for WLAN module AGS102 only – 2x RS232 ports for COM3/COM4, 1x 4-in & 4-out GPIO …

Samsung Aurora Smart Speaker Prototype is Powered by a Smartphone, Features an Hologram-like Character

Samsung Electronics has showcased a smart / A.I. speaker prototype at SXSW 2018 trade show last month, that can be manufactured at low cost since it relies on a smartphone to provide a processor, microphone, and other equipment. The smart speaker also uses the smartphone’s screen to show an hologram to greet users. Meet Samsung “Aurora”. The smartphone is placed horizontally (blue above) in a slot in the upper part of the speaker, and a hologram-like character floats above the Bluetooth speaker included of the kit. The part on the top surface is an optical mechanism using the smartphone’s camera for image recognition. The smart speaker also charges the phone, but it’s unclear how you are supposed to answer phone calls once it is inserted in the speaker… The concept looks similar to Vinclu Gatebox which we covered in 2016, except it relies on a smartphone. Samsung is said to have started development six months ago, and Aurora is still …

SiFive Partners with Western Digital to Produce 1 Billion RISC-V Cores

Architecture like Arm and x86 are well established, and initiatives like RISC-V opens source ISA have potential, but market acceptance and commercial success are not guaranteed. But RISC-V just got a big boost, as SiFive announced it raised $50.6 million in a Series C round from existing and new investors, as well as strategic partners such as Huami, SK Telecom and Western Digital. Even more importantly, Sifive and Western Digital signed a multi-year license for the Freedom Platform, with Western Digital pledging to produce 1 billion RISC-V cores. The announcement does not explicitly mention which Freedom platform, but Western Digital statement makes it quite clear they’ll use one of the more powerful (and Linux capable) core: RISC-V delivers a platform for innovation unshackled from the proprietary interface of the past. This freedom allows us to bring compute closer to data to optimize special purpose compute capabilities targeted at Big Data and Fast Data applications. The next generation of applications like Machine …

Embedded Systems Conference 2018 Schedule – IoT, Security, Artificial Intelligence, and More

The Embedded Systems Conference takes place each year in Boston, US in April or May. This year, the event will occur on April 18-19, and the organizers have published the schedule with 7 tracks: Advanced Technologies, Center Stage (free), Embedded Hardware Design & Verification, Embedded Software Design & Verification, IoT and Connected Devices, Keynotes (free) and Special Event (free). Even if you can’t attend, it’s always useful to have a look at the schedule to learn about potential industry developments. So I’ve made my own virtual schedule with some of the sessions I found relevant to this blog. Wednesday, April 18 8:00 – 10:00 – An Introduction to RTOS by Jean Labrosse (Software Architect, Silicon Labs) This tutorial will help you understand what RTOSs are and how they work so that you can make better use of their features. The class will explain what an RTOS is and why you should use one. We’ll explain what tasks are, why you …

Linux 4.16 Release – Main Changes, Arm and MIPS Architectures

Linus Torvalds has just released Linux 4.16: So the take from final week of the 4.16 release looks a lot like rc7, in that about half of it is networking. If it wasn’t for that, it would all be very small and calm. We had a number of fixes and cleanups elsewhere, but none of it made me go “uhhuh, better let this soak for another week”. And davem didn’t think the networking was a reason to delay the release, so I’m not. End result: 4.16 is out, and the merge window for 4.17 is open and I’ll start doing pull requests tomorrow. Outside of networking, most of the last week was various arch fixlets (powerpc, arm, x86, arm64), some driver fixes (mainly scsi and rdma) and misc other noise (documentation, vm, perf). The appended shortlog gives an overview of the details (again, this is only the small stuff in the last week, if you want the full 4.16 changelog …

Cloudflare Introduces 1.1.1.1 Privacy-focused DNS Service with DNS over HTTPS and DNS over TLS Support

The web is becoming more secure as more and more websites leverage HTTPS, which also improves privacy since the only nodes that know which exact page you are accessing should be your computer/device and the server running the website. If you’re using a search engine, they will also know and potentially get track of your history depending on your favorite search engine. One thing that’s still often unencrypted are DNS requests which convert a website name into an IP address. The servers are also often provided by your ISP, so they may not know which exact page you’ve accessed, but they can still keep track of the websites you’ve visited. Depending where you live, your government may also block DNS servers in your country during “periods of unstability”, so third-party DNS services can be useful. For example, using 8.8.8.8 or 8.8.8.4 from Google, and now 1.1.1.1 or 1.0.0.1 from Cloudflare, which – beside improved privacy – has the advantage of …