Raspberry Pi Compute Module 3+ Promises Better Performance, Starts at $25 (venturebeat.com)
The Raspberry Pi Foundation is adding a new device to its suite of miniature computers for industrial and enterprise customers. From a report: The charity today unveiled the Pi Compute Module 3+ (CM3+), successor to the two-year-old Compute Module 3 (CM3). The Pi Compute Module 3+ comes in four variants, starting at $25. The Raspberry Pi Compute Module is derived from the CM3 board but offers better thermal behavior under load. That's possible because of the Broadcom's 64-bit BCM2837B0 application processor, which was also used in last year's Raspberry Pi 3B+, and 1GB of LPDDR2 RAM. The difference between the four variants resides in their storage limits. The CM3+ Lite does not offer a built-in eMMC Flash, whereas other variants include 8GB ($30), 16GB ($35), and 32GB ($40) of eMMC Flash. These eMMC flash chips are more reliable and robust than normal SD cards, the foundation claims.
Hahaha... the Charity? That's rich, just like the executives who run it.
The Raspberry PI line is the most impressive thing coming out of computing in the last 10 years. Of course, people will say "you can get better specs...Orange Pi...blah blah blah", but Raspberry PI is organized and has the entire chain figured out.
Has Rasberry Pi upped their game in terms of sound quality yet? Also can you play HECV on a raspberry pi? These are the things that are keeping me from making one into an entertainment center.
Laws are rules for the court, but merely a bottom bar to hit for life. Think beyond laws in your actions always.
https://www.raspberrypi.org/bl...
Because linking directly to the original source is hard.
Don't fight for your country, if your country does not fight for you.
Too bad they don't have an industrial temperature range version (-40 to +85C)
what about better IO? more then 1 usb for all?
These eMMC flash chips are more reliable and robust than normal SD cards, the foundation claims.
I have found that SD cards, when used for an OS filesystem, tend to have pretty short life spans. This has led me to
1. Make very regular backups. If I do any significant modifications to a filesystem on an SD card, I dd the whole SD device to a backup file.
2. Recently I have been using Samsung's high endurance SD cards. More expensive, hopefully they survive longer.
They are the same price to 2.33x the cost of a RPi, with integrated gigabit ethernet, usb3, 1,2,4GB of ram (LPDDR3 or LPDDR4 for Pro), have better video decoding and clock rates. And in the case of the Pro, PCIe x4 slot and 2 Out of Order cores for even better performance at the expense of security.
And that is assuming you don't just buy and reflash a real chinese android box, of which there are hundreds of models all for the 30-120 dollar pricepoint with features competitive or superior to the Rock64s.
It's a useless toy, that "teaches" useless toy programming languages like C/C++ Scratch, and others.
It doesn't run Java.
Java is faster than all of those languages. All you need is a few GB of ram, 1GB just won't do.
All you need is a few fast cores, as least 2-3Ghz, 1.2GHz won't do at all.
All you need is a little disk space, just a few hundred GB, not much these days, the emmc/sd card just won't do.
Why spent $35 on a useless toy that won't even run a fast, modern and ultra-secure language?
These people really do not know how to design hardware. I wonder where they messed up this time because they have no clue what they are doing. That hole piece of hardware screams "amateurs".
Most ACs are not even worth the keystrokes to insult them. Be generically insulted by this and ignored otherwise.
You're working against people taking you seriously again. It's funny that your ego just can't let you "lose" this even as simple and stark as it is. Ad hominem is your go-to next, after absolute-fact-opining? Quelle surprise.
One thing I loved about the Intel Edison was the seamless support for LiPo batteries. Of course, Intel is as fickle as Google when it comes to killing off good products, so the Edison is no more, much to my disappointment.
With the caveat that I'm a SW guy, and only an amateur HW tinkerer, I tried for a very long time to prototype a decent charging/step-up converter that could be tacked on to the compute module. Never got anything stable, and in the end ran out of time. (I suppose I could have lifted Sparkfun's design, but the chip they used is very difficult to work with, even if you are reasonably comfortable with surface-mount/reflow construction)
Other than that I'd love to have time to tinker more with the CM, but most of my projects involve a battery.