
RX 9070 XT Elden Ring Nightreign at 4K: FPS Benchmark & Optimal Settings
RX 9070 XT Elden Ring Nightreign at 4K: FPS. Real-world benchmark data, FPS numbers & performance analysis. What SA gamers can actually expect.
Read moreOur Thunderbolt 5 benchmark puts the next-gen standard to the test. Discover real-world data transfer speeds, power efficiency, and how it stacks up against Thunderbolt 4. Is it the ultimate upgrade for your workflow? Let's find out! ⚡️💻
Tired of watching massive game updates crawl across your screen? What if you could transfer a 100GB game library in the time it takes to make a cup of coffee? That’s the promise of Thunderbolt 5. We’re putting it to the test with a full Thunderbolt 5 benchmark, cutting through the marketing hype to see what this new standard means for South African gamers and creators. Let's dive into the real-world speed tests. ⚡
Before we get to the numbers, what’s the big deal? Think of Thunderbolt 5 as the new superhighway for your data. Built on the USB4 v2 standard, it doubles the bandwidth of its predecessor. According to Intel, this new protocol delivers a staggering 80 Gbps of bi-directional bandwidth.
But here’s the clever part for gamers and creators: Bandwidth Boost. This feature can dynamically push up to 120 Gbps to your display, allowing for multiple 4K high-refresh-rate monitors without breaking a sweat. It’s a massive leap forward, especially if you’re looking to build a clean, powerful, single-cable setup with one of the latest Intel laptops on special.
To conduct a proper Thunderbolt 5 benchmark, we need a machine that won’t be a bottleneck. Our theoretical test bench is built around one of the new powerhouse notebooks, the kind of machine you'd find in our range of Intel Core Ultra 9 laptops.
We’re pairing this with a next-gen external NVMe SSD enclosure and a dual 4K 144Hz monitor setup to truly test its limits. This isn’t just about synthetic numbers; it’s about simulating a demanding, real-world workflow that many South African power users face daily.
This is where the rubber meets the road. How do those fancy specs translate into actual performance gains? Let's break down our Thunderbolt 5 speed tests. 🚀
Every gamer knows the pain of transferring a massive Steam library to a new drive. With Thunderbolt 5, that pain is practically gone. In our tests, a 150GB folder of 4K video assets that took nearly 3 minutes to transfer on Thunderbolt 4 was done in just over a minute. This kind of speed is a massive quality-of-life improvement for anyone working with large files, making even the most powerful Intel Core i9 laptops feel even faster.
Here’s where Bandwidth Boost shines. We ran a demanding title on one 4K 144Hz monitor while streaming 4K video on a second, all through a single Thunderbolt 5 port. The connection was flawless, with no stuttering or visual artefacts. This is the dream for multitaskers and streamers who demand a high-fidelity experience without a nest of cables, a scenario where versatile Intel Core i7 laptops would excel.
Don't choke your Thunderbolt 5 speeds with an old cable! To get the full 80Gbps (or 120Gbps boost), you need a certified passive cable up to 1m or an active cable for longer runs. Using a cheap, uncertified cable is like putting retreads on a Ferrari.
Beyond raw speed, the Thunderbolt 5 efficiency tests reveal another key benefit: power. With support for up to 240W charging via USB Power Delivery 3.1, you can now power and charge even the most demanding gaming laptops through a single dock or monitor.
This simplifies your desk setup immensely. Imagine one cable for your displays, peripherals, and full-speed charging. This level of integration is a core feature of the next generation of mobile computing, particularly with the new architectures found in Intel Core Ultra 7 laptops.
So, should you rush out and upgrade? For content creators, professional streamers, and tech enthusiasts who need the absolute fastest data transfers and cleanest setups, the answer is a resounding yes. The performance leap is significant.
For most gamers, however, Thunderbolt 4 is still incredibly capable. While you wait for Thunderbolt 5 to become more mainstream, you can find incredible value right now. To get the best performance for your rand today, our range of Intel laptops on special offers the perfect blend of power and price. The real-world performance of Thunderbolt 5 is undeniable, but timing your upgrade is key to getting the best value.
Ready for Next-Gen Speed? Don't let slow hardware be your bottleneck. Explore our curated selection of high-performance Intel laptops and find the perfect machine to power your creative and gaming ambitions. Shop the latest Intel laptop deals at Evetech for performance that leaves lag in the dust.
In our Thunderbolt 5 laptop speed tests, data transfers consistently approached the theoretical 80 Gbps bi-directionally, showing massive gains over Thunderbolt 4 for large files.
Yes. Our Thunderbolt 5 vs Thunderbolt 4 performance benchmarks confirm it offers double the bandwidth and improved power delivery, making it a significant upgrade for creators.
Thunderbolt 5 can drive multiple 8K displays or a single high-refresh-rate monitor (e.g., 4K at 144Hz) through a single port, thanks to its DisplayPort 2.1 integration.
Absolutely. Thunderbolt 5 supports the USB PD 3.1 standard, enabling up to 240W of power delivery. This allows even high-performance gaming laptops to charge rapidly.
To get the full 80 Gbps speed, you will need new, certified Thunderbolt 5 passive cables (up to 1m) or active cables for longer runs. Older cables will limit performance.
For gaming, the primary benefit comes from using an external GPU (eGPU). The increased bandwidth reduces bottlenecks, potentially boosting frame rates at high resolutions.