Results for ',sET'

This is a big update: a lot has been going on, with bursts of activity and the need to adapt to changing circumstances. *the move to Zhuhai went well; *A20 prototype test board is being made; *the RK3288 PCB CAD is complete; *the U.S. election risked disrupting the campaign; *world-wide DDOS attacks dramatically slow down communications; *new development laptop needed; *visiting Taiwan.

The RGGBer campaign is off to a great start. We’ve made 90% of our goal already. Keep spreading the word! In this update, we’re going to look more closely at a common use case for RGGBer: HD camera machine vision.

Here’s an update on the past couple of eventful weeks. A plan of action (in development) has been started in a bugtracker, flights are booked to HK, we're doing the t-shirts before we leave, we dealt with the DDR3 RAM upgrade and sent it off for prototyping estimates, we sorted out revision 1.4 of the Microdesktop layout, and we spent an enormous and disproportionate amount of time dealing with Wikipedia.

Learn how to synchronize a LimeSDR with an external data stream for experimentation, development, and testing.

In this update -- power testing! As you may recall from last week's update, there are a few components between the input power connector and the power rails provided to the downstream USB Ports. Let's exercise them a bit and see how they fare!

I thought it would be nice to do an assessment and give you some insights into how we came up with the pledge levels. The pledge levels have been based on a minimum order quantity (MOQ) of 250 units. Ordering PCBs and components is odd: there are fixed setup and teardown costs which don't change no matter how many PCBs you get made, and the components that are soldered to the PCBs can come in reels of 2,500 or trays of 100. Ordering a partial reel is so time-consuming and inconvenient it's just not worth it. All this basically means the smaller batch sizes are much more expensive per unit than larger batch sizes: ten times the cost is not uncommon. The problem is nobody would buy a $50 computer if it cost $500. That's where crowdfunding comes into its own.

Set up your own Digital Audio Broadcast transmitter with a LimeSDR. To learn how, read the full update.

We are delighted to be able to announce additional sponsorship by Purism, through NLNet.

Let me show you how the Home Assistant discovery feature works with ANAVI Thermometer.

Since the successful close of our funding campaign, We've been incredibly busy preparing to deliver LimeSDRs to all our backers. Just as we worked hard during the campaign - internally, with key partners, and with our fantastic beta testers in the community — creating a series of exciting demos, we continue to work to ensure backers will have a first-class experience upon receiving their hardware. In this update, we'll review the state of the production schedule, hardware design, testing setup, documentation, app store, and more.

We’re pleased to announce our first turnkey “app” for Precursor: the “Vault” Authentication App. The Vault app can manage U2F/FIDO2, TOTP, and conventional passwords, all from a single UX, and in a plausibly deniable manner.

Well, the TinyNES is actually going to happen now that we've more than doubled our campaign goal! This is so awesome! Thanks everyone for your support and for finding this little project interesting. We have more surprises in store too! For this update, we're going to talk a little about some of the weird details of trying to make electronics right now, how the global chip shortage has and hasn't impacted this particular project, and what it looks like to tackle some DFM (Design For Manufacturing) details. Maybe this stuff is too wonky for most people? You decide...

Thanks to your support, the SlimeVR campaign was funded within 12 hours. Currently, more than 1000 people have ordered themselves a Slime set or two. This is a huge step for open source VR, and hopefully it's only the first of many. This update talks a bit about our place in the open source community that has grown up around full-body tracking for VR, introduces a new foot-tracking video, and briefly mentions our plans for the near future

Just updating everyone on the shipping status of KrakenSDR.

The 0.9.14 release of Xous includes numerous quality-of-life improvements for Precursor users.

In this update we'll provide details on the progress over the past month since the previous update.

This update covers the release of Xous 0.8, the Precursor pre-boot process, the design of our test jigs, our preparations for EMC testing, and our various attempts to accelerate the manufacturing process.

This is just a short update on new developments and to wish everyone belated happy holidays.

Precursor is a mobile, open source electronics platform. Similar to how a Raspberry Pi or an Arduino can be transformed into an IoT gadget with the addition of a couple breakout boards, some solder, and a bit of code, Precursor is a framework upon which you can assemble a wide variety of DIY mobile applications. This update talks a bit about what makes Precursor unique, and then moves on to the ins and outs of our design philosophy.