Infineon Technologies AG developed the world’s first fully self-contained Raspberry Pi audio amplifier HAT (Hardware attached on Top) board. It offers high definition audio at boom box power levels in a small form factor. The Infineon proprietary multilevel technology ensures minimum size and consumption, state of the art power efficiency, and HD audio quality for […]
The technology company TQ is expanding its i.MX8 product range with the new embedded module TQMa8MxML based on the i.MX8M Mini and Nano CPU family. It supports all nine CPU derivatives of the two families on the small LGA module and all signal pins are available in every configuration. The i.MX8M Mini and Nano CPUs
NEW TQ MODULE BASED ON ARM® CORTEX®-A53 WITH I.MX8M MINI AND NANO TECHNOLOGY Read More »
Sipeed have been busy leveraging developments in the RISC-V arena, with an interesting, low-cost module they call the Lichee RV. It is based around the Aliwinner D1 SoC (which contains a Pingtou Xuantie C906 for those following Chinese RISC-V processor development) with support for an optional NAND filesystem. This little board uses a pair of edge connectors, similar to the
NEW PART DAY: THE RISC-V LICHEE-RV MODULE AND DOCK Read More »
The classic SP0256-AL2 speech chip has featured a few times on these pages, and if you’ve not seen the actual part before, you almost certainly have heard the resulting audio output. The latest Python library from prolific retrocomputing enthusiast [Nick Bild] brings the joy of the old chip to the Raspberry Pi platform, with an added
RPI PYTHON LIBRARY HAS RETRO CHIPTUNES AND SPEECH COVERED Read More »
Musicians and electronic enthusiasts interested in creating their very own Raspberry Pi synthesizer may be interested to know that in the latest issue of the HackSpace magazine, Ben Everard provides a tutorial on how to build a framework for creating audio devices using the awesome Raspberry Pi Pico microcontroller to build a PicoPicoSynth. The Raspberry Pi
Raspberry Pi synthesizer project Read More »
Another OpenWrt audio board based on the processor with HLK-7688A board featuring Hi-Link HLK-7688A module is launched. HLK-7688A board specifications: Wireless Module – HLK-7688A based on MediaTek MT7688 MIPS24KEc processor @ 580 MHz, and equipped with 32MB RAM, 128MB flash Storage – MicroSD card slot Connectivity 802.11 b/g/n WiFi 4 up to 150 Mbps with u.FL antenna connector
HLK-7688A OPENWRT DEVELOPMENT BOARD COMES WITH AN AUDIO JACK Read More »
USB powered mini speaker amplifier is conveniently powered by USB and it is simple to set up. USB powered speakers are convenient for listening to your media while at home or on the go. Conventional computer speakers that require an electrical outlet to work can be prohibitive because they force you to be close to
USB POWERED AUDIO AMPLIFIER USING MAX4298 Read More »
PRODUCT DETAILS The IQaudIO Pi-DAC+ audio card for the Raspberry Pi delivers outstanding sonic performance and full-HDaudio capability with build-in hardware volume control. The Pi-DAC+ also includes a high quality audiophile headphone amp. The Pi-DAC+ is a fully compliant Raspberry Pi HAT (A+/B+/2) board with configuration EEPROM and both camera and screen PCB cut outs.
Pi-DAC+ Full-HD audio card Read More »
PRODUCT DETAILS The HiFiBerry DAC+ standard is a high-resolution digital-to-analog converter for the Raspberry Pi (newer models with 40 pin GPIO connector). This is a special sound card for the Raspberry Pi, optimized for one specific use case: the best audio playback quality. Usage recommendations small and elegant high quality music playback devices home automation
HiFiBerry DAC+ standard RCA Read More »
PRODUCT DETAILS The HiFiBerry Digi+ is a high-quality S/PDIF output board for the Raspberry Pi (newer models with 40 pin GPIO connector). Usage recommendations high quality digital audio connection to connect high quality DACs using an optical or electrical output Features Dedicated S/PDIF interface chip supports up to 192kHz/24bit resolution Optical (Toslink) and electrical outputs
HiFiBerry Digi+ standard Read More »
