Olimex ESP32-P4-PC Is a Feature-Packed Open Source IoT Board for $29 (€25) Olimex's new ESP32-P4-PC crams HDMI, Ethernet, four USB ports, and a MIPI camera interface onto a 90x60mm open source development board for just $29 (€25).

Olimex ESP32-P4-PC Is a Feature-Packed Open Source IoT Board for $29 (€25)

#Esp32 #Olimex #OpenSourceHardware #RiscV #Iot

Olimex ESP32-P4-PC is an open source IoT board with a 400 MHz dual-core RISC-V chip and plenty of I/O for $29 Open hardware maker Olimex has introduced a new development board powered by an ESP32-P4 processor featuring a dual-core 400 MHz RISC-V processor, and a low-power 40 MHz RISC-V microcontroller core. With just 768 KB of internal memory, 32MB of PSRAM, and 16MB of SPI flash storage, the Olimex ESP32-P4-PC is clearly not meant for use as a general purpose computer. But it's a fairly versatile system for low-power IoT development thanks to a robust set of input and output capabilities.

Olimex ESP32-P4-PC is an open source IoT board with a 400 MHz dual-core RISC-V chip and plenty of I/O for $29 #Esp32, #Esp32p4, #Esp32p4pc, #Olimex, #OlimexEsp32p4pc, #Sbc

La Brique Internet Bâtissons ensemble un Internet libre, neutre et décentralisé - La Brique Internet

(The InternetCube ("La Brique Internet") is an #Olimex board pre-installed with #YunoHost, and is distributed by hackerspaces and non-profit ISPs in France and Belgium.) github.com/labriqueinte...

Olimex LT8912B-based MIPI-HDMI adapter board adds HDMI output to the ESP32-P4-Devkit board Olimex MIPI-HDMI adapter board is built around Lontium Semiconductors’ LT8912B MIPI DSI to HDMI bridge chip designed to work with their own ESP32-P4-DevKit. The board outputs up to 1080p60 8-bit HDMI via its LT8912B converter and supports 1–4 MIPI DSI data lanes (80 Mbps to 1.5 Gbps per lane) in continuous-clock mode, outputting HDMI 1.4 video in a compact 60 × 24 mm form factor. These features make it suitable for UI rendering, video streaming, media playback, vision workflows, and HMI applications like digital signage, kiosk systems, and portable multimedia devices. Olimex MIPI-HDMI adapter specifications: Mail Chip – LT8912B Single-Channel MIPI DSI Bridge to LVDS/HDMI/MHL converter MIPI Interface 15-pin FPC connector 1 clock lane + 1 to 4 data lanes D-PHY 1.1 and DSI 1.02 compliant 80 Mbps to 1.5 Gbps per lane supported data rate Continuous-clock mode only HDMI output HDMI Type-A connector HDMI 1.4 transmitter Up to 1080p [...] The post Olimex LT8912B-based MIPI-HDMI adapter board adds HDMI output to the ESP32-P4-Devkit board appeared first on CNX Software - Embedded Systems News.

Original post on cnx-software.com

Olimex RP2350-PICO2 open hardware boards expose all 48 GPIOs for breadboard prototyping Olimex RP2350-PICO2-BB48 and RP2350-PICO2-BB48R open hardware development boards are built around the Raspber...

#arduino #breadboard #C/C++ #circuitpython #development […]

[Original post on cnx-software.com]

Me ha dado por actualizar mi diseño de carcasa para el emulador #ESPectrum y la placa #Olimex y me gusta el resultado. Ahora acoge mi módulo de carga ESPear y el jack de entrada de audio todo ello sin perder la estética minimalista ... 😎

Olimex RP2350-PICO2-BB48 Open Source Development Board Olimex has announced the RP2350-PICO2-BB48, an enhanced Raspberry Pi Pico 2 with open hardware design. It exposes all 48x GPIOs in a 0.6-inch dual-inline layout for breadboard use and integrates improvements that expand flexibility for prototyping and development. The hardware configuration is based on the RP2350B processor, which integrates dual Cortex-M33 or dual RISC-V cores […]

Olimex RP2350-PICO2-BB48 Open Source Development Board Olimex has announced the RP2350-PICO2-BB48, an enhanced Raspberry Pi Pico 2 with open hardware design. It exposes all 48x GPIOs in a 0.6-inch dual-inline layout for breadboard use and integrates improvements that expand flexibility for prototyping and development. The hardware configuration is based on the RP2350B processor, which integrates dual Cortex-M33 or dual RISC-V cores […]

#Olimex #Esp32-c6-evb, some hearty relays, and a #meanwell #RS-15-12. going to bring it online this weekend, weather and energy permitting.

On deck:
#Olimex #Esp32-C6-EVB, some hearty relays, and a #MeanWell #RS-15-12. going to bring it online this weekend, weather and energy permitting.

Layout of home automation assembly

Quick little mockup to plan assembly layout.
#ESP32 #IoT #Olimex

OLIMEX ESP32-C6-EVB WITH ATTACHED DATA CABLE OVER IDC10P, 2.54

OLIMEX ESP32-C6-EVB WITH ATTACHED DATA CABLE OVER IDC10P, 2.54, CONNECTED TO BREAKOUT BOARD

BREAKOUT BOARD WITH ATTACHED DATA CABLE OVER IDC10P, 2.54

PINOUT FOR OLIMEX UEXT

Tech Sunday: the main board is the #Olimex #ESP32 #C6 Evaluation Board, bristling with relays and wireless protocols ( #wifi, #Bluetooth, #Zigbee, #Matter). It's GpIO's are accessed over an IDC 10P 2.54 socket. Hoping to find use for this pinout.

An image of the described RVPC PCB.

This is the #RVPC, a 1 Euro "computer" you can order from #Olimex in Bulgaria. It sports a WCH #CH32V003 #RISCV microcontroller with 16 kB Flash/2 kB RAM, a VGA port, a PS/2 keyboard port and a buzzer. The VGA signal has to be generated entirely in software […]

[Original post on mastodon.social]

Lilbits: TypePad is shutting down, more companies pause US shipments, and Corsair launches a 14.5 inch, 2560 x 720 display Corsair's Xeneon Edge 14.5" LCD touchscreen display is an ultrawide second screen for your PC that lets you view system information at a glance thanks to Corsair's iCUE software that lets you place widgets for CPU temperature, media playback, and online information from a specific URL. The display should be available soon for $250, which makes it considerably more expensive than  

Lilbits: TypePad is shutting down, more companies pause US shipments, and Corsair launches a 14.5 inch, 2560 x 720 display #Autosave, #Blogging, #Corsair, #CorsairXeneonEdge, #DeMinimis, #GalaxyTabS10Lite, #Gazelle, #Lilbits, #LinuxLaptop, #Microsoft, #Olimex, #Onedrive, #SamsungGalaxyTabS10Lite,…

A VERY basic web UI for a 4 relay board, the ESP32 C6 DVB.

ESP32 C6 EVB, running a small web-server hosting a UI for relay control.

If #IOT is your thing, you can't do much better that the Esp32 C6 EVB from #olimex. This took about 3 hours from unboxing to clicking relays. #RiscV because Acid Burn said so.

Olimex RP2350pc single-board PC combines a RP2350B chip with plenty of I/O Raspberry Pi's RP2350 microcontroller debuted last year as a tiny, low-power chip for inexpensive devices. Compared with the previous-gen RP2040 microcontroller, the RP2350 brings faster MCU cores, twice as much memory, support for more I/O and two RISC-V CPU cores - it's even possible to run a minimal Linux distro on hardware featuring the RP2350 processor. So it's unsurprising to see that after…

Olimex RP2350pc single-board PC combines a RP2350B chip with plenty of I/O #Mcu, #Olimex, #OlimexRp2350pc, #Riscv, #Rp2350, #Rp2350pc, #Sbc

Raspberry Pi’s RP2350 microcontroller debuted last year as a tiny, low-power chip for inexpensive devices. Compared with the previous-gen RP2040 microcontroller, the RP2350 brings faster MCU cores, twice as much memory, support for more I/O _and_ two RISC-V CPU cores – it’s even possible to run a minimal Linux distro on hardware featuring the RP2350 processor. So it’s unsurprising to see that after launching a single-board computer powered by an RP2040 chip in 2024, Olimex has introduced an updated model with an RP2350B processor. The **Olimex RP2350pc** is available now for 25 Euros (about $29). The little computer measures 85 x 65mm (3.35″ x 2.56″) and has a set of features that includes: * 4 x USB 2.0 Type-A host ports * 1 x USB-C connector for power supply * 1 x USB-C connector for programming * 1 x HDMI/DVI video output * 1 x 3.5mm headphone jack * 1 x 3.5mm audio line input * 1 x microSD card reader * 2 x UEXT connectors * 2 x JST 2.0 connectors (for speakers) * LiPo battery charger and JST 2.0 connector At the heart of the system is an RP2350B processor with: * 2 x ARM Cortex-M33 MCU cores @ 150 MHz * 2 x Hazard3 RISC-V CPU cores @ 150 MHz * 520 KB SRAM * 16MB SPI Flash There’s also 8MB of PSRAM and an ES8311 stereo audio codec and amplifier. So what are you supposed to do with this little computer? Olimex is positioning it as a solution for retro gaming or education. While it’s not exactly powerful enough to run a modern desktop operating system, you can run older apps and games using tools like the work-in-progress Reload emulator for RP2350pc for Apple ][, Oric Atmos, and Puldin 601 emulation. You can also find additional documentation (including schematics and hardware design files)for the RP2350pc board at the Olimex GitHub page. _viaOlimex Blog_ ## Support Liliputing Liliputing's primary sources of revenue are advertising and affiliate links (if you click the "Shop" button at the top of the page and buy something on Amazon, for example, we'll get a small commission). But there are several ways you can support the site directly even if you're using an ad blocker* and hate online shopping. ### Contribute to our Patreon campaign _or..._ ### Contribute via PayPal * If you _are_ using an ad blocker like uBlock Origin and seeing a pop-up message at the bottom of the screen, we have a guide that may help you disable it. ## Subscribe to Liliputing via Email Enter your email address to subscribe to this blog and receive notifications of new posts by email. Email Address Subscribe Join 9,515 other subscribers

Olimex RP2350pc single-board PC combines a RP2350B chip with plenty of I/O Raspberry Pi’s RP2350 microcontroller debuted last year as a tiny, low-power chip for inexpensive devices. Compared with...

#News #mcu #olimex #olimex #rp2350pc #risc-v #rp2350 #rp2350pc #sbc

Origin | Interest | Match

I really start to like #uxn and #varvara. It's such a minimalist architecture and it's also open source and open standard.

If I have enough time I'll make a "doom's day" computer in #verilog and I'll probably buy one of those small #FPGAs from #Olimex.

Batch of badges with ZigZag pattern on table

Batch of badges and batteries on table with instructions for task (available on second link)

Read more about Radiona.org #openHW #openSW #Security badge on github: github.com/RadionaOrg/Z... Big thanks #Olimex they RVPC was used as reference. Thanks to #BSidesZG for #badge request. Here you can read more about implemented features and first badge task: github.com/RadionaOrg/Z...

USB host working on #Olimex EVB

Parts arived today just in time to assemble few #extensions for #Olimex #GateMateA1-EVB last day of this year!

#Olimex #GateMateA1-EVB from @kicad.org to @blender3d.bsky.social full set of #Intergalaktik extensions!

#Olimex #GateMateA1-EVB from @kicad.org to @blender3d.bsky.social with my selection of #Intergalaktik extensions!

Olimex RP2040pc is a $16 single-board computer powered by an RP2040 microcontroller The Olimex RP2040pc is a compact single-board computer that measures 80 x 65mm (3.15" x 2.56") and features four USB 2.0 ports, two USB Type-C ports (one for power and one for programming), and HDMI, and 3.5mm audio ports, as well as a few additional connectors. At the heart of this little computer is a 133 MHz RP2040 microcontroller with two ARM Cortex-M0 processor cores.

Olimex RP2040pc is a $16 single-board computer powered by an RP2040 microcontroller #Olimex, #OlimexRp2040pc, #Rp2040, #Rp2040pc, #Sbc

In partnership with #Chili_CHIPS_ba we have v0.1 designs of Extension boards for use with #OLIMEX GateMateA1-EVB that is using Cologne Chip AG GateMate A1 #FPGA #opensource #openhardware All done thanks to #NLnet foundation github.com/intergalakti...
Additional boards requests are welcomed!

And here is #Olimex Extension to #MikroBus suggested by @mmicko.bsky.social

#Olimex GateMate A1 EVB to dual PMOD with 100MHz voltage level converter.

One more extensionis series also exported and rendered in #pcb2blender This one if for experimenting with DVI INOUT on #Olimex GateMate-A1-EVB

PCB that has 5 screw terminals on top, belliw them it is writen from left to right MOT1, MOT2, MOT/PWR, MOT3, MPT4. Bellow those connector there are some SMD components, on the middle of the board there are rounded components that are used for 2.5 to 3.3V conversion. On the bottom of the board there are logos, NlNet, Radiona, Intergalaktik and openCologne. On to bottom edge of the board there is text "Motor extension for Olimex GateMateA1-EVB"

Second #Olimex board addon is motor driver board with addition of encoder input.

PCB done in KiCad shows two USB A connectors on top, and uder it there are logis of OpenCologne, NlNet, Radiona and Intergalaktik

Working on simple addon boards for #Olimex GateMateA1 EVB. With this one we will test if we can get USB working.