Oswaldo Royett

  The best from Apple, Samsung, Sony,  Beats, and more It’s hard to buy a bad pair of wireless earbuds these days. The market has come a long way since the early era of true wireless earbuds when we had to deal with mediocre sound quality and unreliable performance, all for the sake of ditching wires. Things are much different now. After several product generations of learned lessons, companies like Sony, Apple, Samsung, and others are releasing their most impressive earbuds yet. You can get phenomenal noise cancellation and sound quality in the premium tier of earbuds if you’re willing to spend big. But those aren’t always the most important criteria for everyone: maybe you’re looking for the perfect fitness earbuds or for a set that works just as well for Zoom calls as for playing your favorite playlists and podcasts. Tech companies are increasingly making their earbuds work best with their own products through exclusive features and functionality, so that’s another thing to consider

Communication is key. This is a fundamental human truth. For wilderness adventuring, beyond the reach of a modern cell signal, connection is trickier. Many of us go to the wild to escape the tether of modern communications, but we also seek to mitigate the consequences of ill-fortune or poor choices. Some, of course, need more routine contact with the outside world for one reason or another. Enter the array of satellite messengers, personal locator beacons, and other backcountry communication technologies. We are here to guide you through your choices and demystify the options. We will walk you through a step-by-step process of choosing a device suited to your needs and wishes. Types of Wilderness Communication First, the confines of our discussion — we limit our discussion to those products and services that provide contact to the outside world, without cell signal, from the wild. We further limit our discussion to those devices and systems that provide digital, text-based communicati

  Building on the success of the Descent Mk1 GARMIN have released their eagerly awaited GARMIN Descent Mk2 and MK2i. As Divers we all love the latest shiny bits of kit and we will look to unpack what’s on offer and what its really like to dive with. This is a world class above and below water multisport watch. It’s based around the world class Fenix 6 multisport smart watch architecture with the added bonus of the dive computer and with the ‘i’ variant air integration. There aren’t many sports this watch doesn’t cover from Golf to mountain biking and running to name a few. It even has wrist-based heart rate monitoring including a Pulse Oximeter. Garmin have used premium materials such as Titanium and the added physical benefit of an easily detachable watch strap, it really looks the part either under or on top of the water. The watch benefits from an excellent surface GPS that is useful for entry and exit points and before anyone asks GPS still does not work underwater so it won’t tell

However, the company warns that installing Windows 11 on unsupported hardware may cause malfunctions. For months, Microsoft has been telling customers that Windows 11 requires a special security chip called TPM 2.0, but you can actually skirt the restriction with a Microsoft-supplied bypass.  Ironically, the company itself posted official guidance on its website detailing how to circumvent the TPM 2.0 requirement. The process involves taking your Windows 10 machine and changing the registry key values in the OS to ignore the check for TPM 2.0. However, the bypass only applies to PCs that have at least TPM 1.2, which has to be enabled. This can usually be done by going into the machine’s BIOS settings on startup.   The instructions for the TPM 2.0 bypass. To add a registry value in Windows 10, click the Start button, search for "Registry Editor" and launch the app. Then navigate to "HKEYLOCALMACHINE\SYSTEM\Setup\MoSetup" and add a new REG_DWORD entry with the name