Teensy 4.1 ARM Cortex-M7 Processor at 600MHz with a NXP iMXRT1062 (Without pins)
Detalles
- BrandPJRC
- Model NameTEENSY 4.1 No
- Ram Memory Installed Size1024 MB
- Memory Storage Capacity64 KB
- CPU ModelARM710
Descripción
🚀 Power your innovation with the fastest microcontroller on the block!
- 1 MB LPDDR 3 RAM - Seamlessly handle complex code and multitasking without a hiccup
- ETHERNET READY - Plug into wired networks for ultra-reliable, low-latency communication
- COMPACT LIGHTWEIGHT - Sleek 2.4 x 0.7 inch footprint fits perfectly in any workspace or wearable
- BREADBOARD FRIENDLY DESIGN - All I/O pins accessible on outer edges for effortless prototyping
- BLAZING FAST 600 M HZ ARM CORTEX M 7 - Unleash next-level processing power for your most demanding projects
The Teensy 4.1 packs a 600MHz NXP iMXRT1062 ARM Cortex-M7 processor with 1MB LPDDR3 RAM, delivering industry-leading speed and efficiency. Designed for prototyping ease, it exposes all general purpose I/O pins on breadboard-friendly pads and supports Ethernet 10Base-T connectivity. Its compact size and lightweight build make it ideal for cutting-edge embedded projects and professional-grade development.
Presupuesto
| Processor | 600 MHz arm710 |
| RAM | 1024 KB LPDDR3 |
| Graphics Coprocessor | ARM Cortex M7 |
| Wireless Type | Infrared |
| Brand | PJRC |
| Series | TEENSY 4.1 No Pins |
| Item model number | TEENSY41 |
| Operating System | Linux |
| Item Weight | 0.317 ounces |
| Product Dimensions | 2.4 x 0.7 x 0.15 inches |
| Item Dimensions LxWxH | 2.4 x 0.7 x 0.15 inches |
| Processor Brand | NXP |
| Number of Processors | 1 |
| Computer Memory Type | SDRAM |
| Hard Drive Interface | Ethernet_10Base-T |
| Department | mens |
| Manufacturer | PJRC |
| ASIN | B088JY7P2H |
| Date First Available | November 26, 2019 |
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Reseñas
T**T
Gotta love the Teensy 4.1!
The T4.1 is like an Arduino on steroids, yet still compatible with the IDE, plus PlatformIO.I've spent the past 6 years using the T4.1 to develop a midi controllable laser synthesizer to project abstract imagery from industry standard RGB laser projectors.PJRC's Audio Library and online object oriented Audio Design Tool is a game changer, especially for beginner programmers
X**X
Teensy Review
It works great.
B**.
Fragile but good.
I've broken a bunch of these, but I'm generally hard on hardware. When they work, they give good service.
T**S
Teensies are awesome
Teensies are fantastic boards for projects that need a high clock speed unfortunately to make a Teensy an Xbox 360 controller third party libraries will be needed as the default framework hardcodes preselected USB description headers for specific devices. I needed a way to switch from one USB descriptor to another when sending a disconnect command out and I still haven't been able to use this device for that purpose however less dynamic USB connections work fine.
S**F
The Teensy controller matched with audio board
Both products together make experimentation in audio processing a great experience.
E**L
Works Perfectly!
Works perfectly for me! Although it was a little more expensive than buying from other places, it worked perfectly!
R**S
Great Product - one annoyance
Not available with pins anymore, apparently. VERY time-consuming to solder in on your own. Not good customer focus.
R**0
Holy guacamole what a device
if you are familiar with the Arduino concept and can program a bit this device is a must... set up a jig to hold you headers and solder them yourself... the teensy 3.5, 3.6, 4.0, 4.1.. wow Wow WOw WOW..... there is no other description for what these devices can do.....the 4.1 using simple digitalWrite HIGH low one can generate 30 nsec pules on that pin, and it can by coding be made faster... writing code to control the logic lines of interfaced chips is possible, SPI and I2C channels also exist not to mention the A/D capabilities..you will need to download the extension to the Arduino IDE and learn the new form of the A/D convert call...in the picture the teensy 3.6 and 4.1 are in setups. the scope picture shows the adj resistance X9C104 being changed it is is series with a 10k to Vcc.. i think it was 10k.... the time expanded pic show the timing detail.. i have delayMicrosecond(10 in the pulse generation code...learn to code.....!
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