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Hi guys, I have just noticed that my windows key on my K65 RGB mini has been stuck red and if I try to alter colors or change anything, the rest of the keyboard changes totally fine but this is stuck at red. I dont know exactly when it happened. Any way to fix this issue?

We've upgraded to Windows 10 and have about 10 late 2012 mac mini classroom computers with HDMI. In OS X the HDMI Audio works no problem, however in windows it doesn't even see it as an option. I've tried installing a few different version of the Intel Display Audio driver, but nothing seems to work. Has anyone else had this issue or gotten it work?

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Even after checking the box to show hidden devices I don't see HDMI listed in device manager under audio inputs. Thats why I'm thinking its the intel driver not talking to the device. I have several late 2014 mac mini's where this works fine on the same HDMI audio setup.

In fact, you can do a search and a lot of people are having issues with the latest Microsoft update, the solution many have found had been to get a new driver for their bluetooth card from the manufacturer of said card and do not rely on the windows generic driver

Now when i try to connect to my windows laptop as Bluetooth speaker they do get detected and paired. But windows refuses to show it as a Sound Output device. So cannot have my browser or any other app sound over Bluetooth.

I checked in Devices settings - seems a Microsoft driver is loaded and is categorized as audio device - but is not picked by windows as audio 'output Device' as stated.

I tried the same with my iPhone - that is to add the same Stereo Paired Nest Mini on my iPhone 12 - it got paired and works smoothly as single device.

As mentioned by me in the updates, i was able to connect the stereo nest mini pair nicely on my iPhone. On windows it gets detected, paired and connected. But windows 10 refuse to see this as a audio output device. So even though nest mini stereo gets connected, no entry of it comes in 'audio output' device. Latest windows update (no driver update pending) is there.

This is definitely an odd limitation, I can connect my iPhone and Android to these together. Why with windows i have to manage with one speaker. Show it to your BT driver teams and they can fix it or they can show it to windows BT driver teams.

The eTrex 32x uses a different USB plug type (mini-USB) than the inReach Mini. Can't find the micro USB cable that came with the inReach Mini in my drawer full of cables. But ... clue here ... I used to be able to synch the inReach Mini under Windows 10. Now it only charges via any of the multiple micro USB cables that I do have on hand.

Finally, the touchscreen driver was installed so that the touchscreen seems to respond adequately to touch. However, now - a new problem: about 1.5 centimeters to the right from the upper left corner of the screen (at the very top) from time to time, and often even for a long time, a round or rectangular spot appears that clicks on everything that is there and accordingly opens some windows.

Technically either OS would work fine and both approaches have easy install methods with my Windows Installer and Paul P's octoprint_deploy script for linux. The biggest difference is that a ubuntu server OS for example would consume far less resources just for the operating system and you wouldn't have to worry about failed prints due to windows update restarts.

I have had good success with these mini PCs.. Plenty of power and they come with the OS of choice installed. Just run Paul P's script and you should be good to go. Bonus is that they are under $100.. Just!

I have created my own mini-filter driver like mini-spy (example from Windows-driver-samples). Now I've completed my driver and signed with our own SHA-1 company certificate. But still it needs Microsoft sign to run in windows 10 machines.

Here you have a mini PC equipped with the AMD Ryzen 9 6900HX processor and Radeon 680M graphics, giving this system enough power to deal with applications such as 3D games, photo and video editing, and other demanding workloads.

The processor, GPU, and storage drives are going to generate a lot of heat, and this heat needs to be dissipated to the outside world. A lot of mini PCs I've tested fail at this, and fail badly, so much so that I've had to pull the plug on the review.

We then connected each mini PC to a series of 24-inch, 27-inch, and 4K monitors to test its display outputs and used it for a few days of ordinary work. This process usually consisted of running a web browser with at least 15 tabs open at a time (Google Docs, Sheets, Gmail, Slack, and plenty more), streaming music through the Spotify desktop application, video chatting, and recording audio. The testing allowed us to get a feel for how each mini PC performed on a daily basis, and it also gave us time to discover any quirks related to bloatware or driver issues.

For anybody who does processor-intensive work, the Apple Mac mini with an M2 Pro processor is a tiny powerhouse that can fit under a monitor. Its processor is wickedly fast for converting file types, rendering video, or working in 3D. Because the unified 16 GB of RAM works with either the central processing unit or the graphics processor, you can also more quickly handle enormous video files. The Mac mini with the M2 Pro also has two more USB-C ports than the standard model, so you can have peripherals aplenty.

Upgrading to the M2 Pro chip also upgrades the number of ports you get. The M2 Pro version of the Mac mini has two more USB-C Thunderbolt 4 ports than the standard version, for a total of four, and the computer can support three monitors instead of two. It also has two USB-A ports, an SD Card reader, an HDMI port, a Gigabit Ethernet port, and a headphone jack. Thanks to this collection of ports, you should be able to connect just about any accessory, peripheral, storage drive, or monitor with little issue.

Measuring 7.7 inches wide, 7.7 inches long, and 1.4 inches tall, the Mac mini system is extremely quiet even under heavy load, and the noise is almost unnoticeable even when the computer is on a desk.

For 10 years, Intel has sold a line of mini PCs called NUC, or Next Unit of Computing. These little PCs, which are mainly intended for enthusiasts, have laptop components crammed into a tiny box, rather than the desktop processors and RAM found in our Windows pick.

A kernel network mini-redirector driver implements a number of callback routines that are used by the Redirected Drive Buffering Subsystem (RDBSS) to communicate with the driver. In the remainder of this document, a kernel network mini-redirector driver will be referred to as a network mini-redirector driver.

When a network mini-redirector driver first starts (in its DriverEntry routine), the driver calls the RDBSS RxRegisterMinirdr routine to register the network mini-redirector driver with RDBSS. The network mini-redirector driver passes in a MINIRDR_DISPATCH structure, which includes configuration data along with pointers to the routines that the network mini-redirector driver implements (a dispatch table).

A network mini-redirector can choose to implement only some of these routines. Any routine that is not implemented by the network mini-redirector should be set to a NULL pointer in the MINIRDR_DISPATCH structure passed to RxRegisterMinirdr. RDBSS will only call routines implemented by the network mini-redirector.

One special category of routines implemented by a network mini-redirector are the low I/O operations that represent the traditional file I/O calls for read, write, and other file operations. All of the low I/O routines can be called asynchronously by RDBSS. A kernel driver for a network mini-redirector must make certain that any low I/O routines that are implemented can be safely called asynchronously. The low I/O routines are passed in as an array of routine pointers as part of the MINIRDR_DISPATCH structure from the DriverEntry routine. The value of the array entry is the low I/O operation to perform. All of the low I/O routines expect a pointer to an RX_CONTEXT structure to be passed in as a parameter. The RX_CONTEXT data structure has a LowIoContext.Operation member that also specifies the low I/O operation to perform. It is possible for several of the low I/O routines to point to the same routine in a network mini-redirector driver since this LowIoContext.Operation member can be used to specify the low I/O operation requested. For example, all of the low I/O calls related to file locks could call the same low I/O routine in the network mini-redirector and this routine could use the LowIoContext.Operation member to specify the lock or unlock operation requested.

RDBSS also assumes asynchronous operation for a few other routines implemented by a network mini-redirector. These routines are used for establishing a connection with a remote resource. Since connection operations can take a considerable amount of time to complete, RDBSS assumes these routines are implemented as asynchronous operations.

RDBSS assumes that all routines implemented by a network mini-redirector other than the low I/O and connection-related routines are based on synchronous calls. However, this is subject to change in future releases of the Windows operating system.

All of the routines implemented by a network mini-redirector return an NTSTATUS value on completion. Most routines return STATUS_SUCCESS on success or an appropriate NTSTATUS value. In addition to return values specific to a particular routine, there are two generic categories of errors that can be returned for most routines :

STATUS_USER_SESSION_DELETED

The user session on the server has been deleted. The session may have timed out, the server may have been restarted causing all existing user sessions to be deleted, or an administrator on the server may have forced a delete of the user session . 17dc91bb1f