This is a new one, both Windows and Linux. Based on Chromium, the core of Chrome. Amazingly fast and efficient. Includes recent Adobe Flash, in both 32-bit and 64-bit. This is very probably the fastest and most efficient 32-bit browser with Flash in the world right now.
Category: New and Interesting Apps
Excellent new web browser: Slimjet
article #860, updated 134 days ago
AnyDesk: remarkable cross-platform remote control
article #966, updated 228 days ago
This is very interesting:
File and folder synchronization, local, SSH, and mobile
article #919, updated 387 days ago
FreeFileSync is a great piece of work, it synchronizes files and folders between local drives, over SSH, and to mobile devices via MTP over USB.
Advanced IP Scanner works very well
article #911, updated 399 days ago
For detecting devices on your LAN:
New wifi analyzer for Windows
article #906, updated 412 days ago
This one works very well:
Free software for editing of digial audio
article #888, updated 454 days ago
First, we have the excellent http://www.audacityteam.org. This is a longstanding project, and has by far the most functionality of any cross-platform (Windows, Linux, Mac, others) project of which I’m aware. It can handle as many tracks as CPU and RAM will permit, and has an excellent array of effects, including the ability to remove tones from a complex whole using its Noise Reduction facility.
Additionally, we have a newcomer, http://www.ocenaudio.com.br. This is a wonderful piece of work, and is much easier when trying to do a simple edit on a single audio file. Its UI is a work of art, both visually and in function.
Share keyboard and mouse between multiple PCs, across Windows Mac and Linux
article #882, updated 466 days ago
Courtesy of the amazing Jared Dexter:
A Raspberry Pi 2 makes a great roll-your-own DropBox server / microNAS
article #852, updated 472 days ago
The great open-source tool Syncthing works very well for private DropBox-class capability, including optional file-multiversioning at one or more sync locations. I have some very used PC hardware which would work well enough for this, but then I was thinking, I could save the cost of a 24/7 150W light bulb at the very least, if my cute little Raspberry Pi 2 could do the job.
The end of the story is already here; it’s working beautifully. Here’s the elements I am using:
- One Raspberry Pi 2 with Raspbian installed in default fashion on its bundled microSD card, good passwords set, and fully up to date, including firmware. I have been finding considerable performance boosts with update of firmware, so I definitely recommend it.
- One USB flash drive big enough to hold your sync archive with satisfactory free space. It might work with a USB hard drive, but it didn’t work with my OEM-portablized Hitachi TravelStar, too much power demand…although I did limit the power use of the whole rig by using one 2.1A double-USB cell-phone charger for everything! :-) I’m now using a 32-gigabyte LEXAR USB flash drive, the archive is currently 17.5G.
- Wire or wireless to the Internet connection. I have not seen a major performance hit from wireless, but then again I’m using a pretty beefy wireless router and my wifi environment is not choked.
- The USB flash drive formatted BTRFS. (One does the format using
mkfs.btrfs, and then sets the
/etc/fstabfor automount and auto-check at boot.) This is important, because one can find quite a large number of reports of USB flash drives failing when used as OS drives under ext3, ext4, and NTFS. I first set it all up using NTFS on the flash drive, and had noticed the flash drive’s LED flashing frankly all of the time, even in moments when there was no traffic according to Syncthing, and the incoming stream was forced to pause a lot. That concerned me, so I tried it in ext4, and it was just about as bad. So I did a bit of research, found the many reports of failures, found multiple flash-specific filesystems all of which admitted of various different downsides which I didn’t like very much, set it up again using BTRFS, and was really amazed. The LED went off a whole lot less, and the effective incoming bandwidth during full sync literally doubled, ~1-1.5M/s to ~3-3.8M/s depending on the moment, and no pauses visible.
- Special BTRFS attributes set up in
/etc/fstab. I set these and did a reboot after the full sync was about one-third done, and was yet more amazed. Even when full sync was going on, the LED did not and does not flash more than a half-second or so every once in a long while, and incoming stream bandwidth remains very nice. I’m using
space_cache. A USB stick can’t really count as an SSD because its circuitry hides a lot of things from the OS, so the attribute “ssd” does not take effect if set, but these three work just fine and should keep it running as long and reliably as possible.
Here it is on my bench at home, doing its so-quiet production work, not moved yet to its permanent location. Everything except the (temporary) screen is visible, the “power supply” is plugged into a two-prong extension cord; and those are CD blanks in the corner for a size comparison :-)
Try it, you’ll like it! :-)
More methods of the same, not tested yet:
DVD authoring and video conversion, cross-platform
article #863, updated 494 days ago
This one’s great, Windows and Linux and Mac and BSD!
Create Video Slideshows
article #862, updated 494 days ago
appears very good.