Skip to main content

This smart Casio G-Shock is the Garmin beater I've been waiting for

Web Hosting & Remote IT Support

The Casio G-Shock G-SQUAD line of watches are sports watches at their heart, equipped with simple, effective training tools. Last year’s revamp of the line offered step counts and running pace tracking, calories burned, and a dedicated stopwatch for interval workouts. Sometimes it’s more useful to pare things down, so you can focus on your watch. 

Connecting to your phone to share some of these metrics via Bluetooth, it was a good activity tracker without all the noise associated with a smartwatch - plus it lasts for seven years and is cheaper than most of the best smartwatches.

However, G-Shock just got a whole lot smarter. After the release of the GBD-H1000 series, which used Google’s Wear OS as a basis, the new G-SQUAD GBD-H2000 line uses Polar’s advanced suite of tracking technology, as the Finnish sports hardware company shares its fitness tracking algorithms with Casio for the first time.

The GBD-H2000 offers an optical heart rate sensor, built-in GPS functionality (incredible for a digital watch!), and a built-in compass, gyroscope, altimeter, temperature sensor, and accelerometer. In short, it’s can offer many of the workout and GPS tracking services of a traditional smartwatch, but without the constant noise of apps and notifications. 

It also removes a lot of extraneous features, giving you only what you need. It looks far cooler than your average fitness tracker with its rugged, shock-resistant carbon fiber case, and packs an eco-friendly band made of corn-based biomass plastic rather than silicon. 

The watch offers around 16 hours of continuous workout usage with GPS and heart rate monitoring, and a hefty two months of battery life in watch mode with the heart rate measurement off. If you work out regularly, expect to charge the watch once every three weeks or so, depending on how long you’re out in the sun. 

No price has officially been announced for US, UK, and AU territories just yet but the G-Central blog is reporting it will be available for $399 in the US, which is around £329 or AU$600.

Analysis: A Garmin Instinct Crossover rival

When I reviewed the Garmin Instinct Crossover at the end of December, I said it was the “smart Casio G-Shock of my dreams” loving the rugged adventure aesthetic and lack of smartwatch ‘noise’ in the design. I also predicted a general shift away from smartwatches being yet another screen on our wrists, based on the amount of screenless wearable tech we saw at CES 2023

Lo and behold, Caso G-Shock and Polar have proved me right. GPS is just too useful for modern adventure watches to go without them, and Casio has seen this and used Polar’s reputable suite of GPS and fitness tracking algorithms in its classic rugged G-Shock frame. 

This is the Garmin Instinct Crossover’s real competition: an old-school digital activity watch from the masters at Casio, hiding new-school smarts thanks to its partnership with Polar. Watches like the Vantage V2 and Polar Pacer Pro prove the Finnish company's fitness credentials, with its heart rate and running power metrics, in particular, offering Casio a solid smart-tech foundation.

When the G-SQUAD and G-LIDE lines were refreshed last year, I said the resurgence might “make digital watches cool again”. Well, I think we’re here. We’re seeing Casios on the wrists of tastemakers and appearing in GQ’s style pages. But what I really wanted is to avoid another black mirror in my life, a way to continue to level up my athletic performance without getting information overload. The Garmin Instinct Crossover delivered, and it looks like the GDR-2000 is about to do the same.  



via Hosting & Support

Comments

Popular posts from this blog

Microsoft, Google, and Meta have borrowed EV tech for the next big thing in data centers: 1MW watercooled racks

Web Hosting & Remote IT Support Liquid cooling isn't optional anymore, it's the only way to survive AI's thermal onslaught The jump to 400VDC borrows heavily from electric vehicle supply chains and design logic Google’s TPU supercomputers now run at gigawatt scale with 99.999% uptime As demand for artificial intelligence workloads intensifies, the physical infrastructure of data centers is undergoing rapid and radical transformation. The likes of Google, Microsoft, and Meta are now drawing on technologies initially developed for electric vehicles (EVs), particularly 400VDC systems, to address the dual challenges of high-density power delivery and thermal management. The emerging vision is of data center racks capable of delivering up to 1 megawatt of power, paired with liquid cooling systems engineered to manage the resulting heat. Borrowing EV technology for data center evolution The shift to 400VDC power distribution marks a decisive break from legacy sy...

Google’s AI Mode can explain what you’re seeing even if you can’t

Web Hosting & Remote IT Support Google’s AI Mode now lets users upload images and photos to go with text queries The feature combines Google Gemini and Lens AI Mode can understand entire scenes, not just objects Google is adding a new dimension to its experimental AI Mode by connecting Google Lens's visual abilities with Gemini . AI Mode is a part of Google Search that can break down complex topics, compare options, and suggest follow-ups. Now, that search includes uploaded images and photos taken on your smartphone. The result is a way to search through images the way you would text but with much more complex and detailed answers than just putting a picture into reverse image search. You can literally snap a photo of a weird-looking kitchen tool and ask, “What is this, and how do I use it?” and get a helpful answer, complete with shopping links and YouTube demos. AI Eyes If you take a picture of a bookshelf, a plate of food, or the chaotic interior of your junk...

Passing the torch to a new era of open source technology

Web Hosting & Remote IT Support The practice of developing publicly accessible technologies and preventing monopolies of privately-owned, closed-source infrastructure was a pivotal technological movement in the 1990s and 2000s. The open source software movement was viewed at the time as a form of ‘digital civil duty’, democratizing access to technology. However, while the movement's ethos underpins much of today’s technological landscape, its evolution has proven to be a challenge for its pioneers. Hurdles Facing Young Developers Open source models successfully paved a path for the development of a multitude of technologies, cultivating a culture of knowledge sharing, collaboration , and community along the way. Unfortunately, monetizing such projects has always been a challenge, and ensuring contributors are compensated for their contributions working on them, even more so. On the other hand, closed-source projects offer greater control, security, and competitive advant...