Acer One 8 and One 10 launched in India under 20,000 with Mediatek Helio P22T

Acer’s two new tablets have debuted in the Indian market. The Acer One 8 and the Acer One 10 are backed by the robust Mediatek MT8768 Octa-Core Processor. The tablets come with sleek and lightweight designs. Both the tablets have launched under the price range of ₹20,000. The Acer One 8 features an 8.7-inch WXGA+ IPS LCD display, while the Acer One 10 boasts a 10.1-inch WUXGA IPS LCD Incell Panel Technology display. Both the tablets are powered by Android 12.0 operating system. 

Talking about the storage, the Acer One 8 comes with 3GB LPDDR4 RAM and 32GB of flash memory, but you can also get this in 4GB RAM and 64GB internal storage as well. Similarly, the Acer One 10 offers 4 GB LPDDR4 RAM and 64GB of flash memory, but a 6GB RAM and 128GB storage version of this tablet also comes. Additionally, both tablets support expandable storage of up to 1TB via a micro-SD card, which would be more than enough for you. 

Also read: Indian PC market shrunk by over 15 percent, Acer the only brand that grew

For connectivity, the tablets are equipped with 4G (SIM), WIFI, and Bluetooth 5.0. They also come with GPS capabilities for accurate navigation and location-based services. 

In terms of cameras, the Acer One 8 has two cameras in total, a 2-megapixel fixed focus selfie shooter and an 8-megapixel primary camera on the back. While the Acer One 10 sports a 5-megapixel fixed-focus front camera and on the back it has a 13-megapixel dual rear camera with a Sony IMX Sensor. The rear camera includes digital zoom and auto-focus features.

Also read: Acer Predator Helios Neo 16 is a cyberdecked-out gaming laptop: Here's how

The Acer One 8 has launched in India at a starting price of ₹12,990, whereas the One 10 has launched at a starting price of  ₹17,990. These devices can be purchased from Acer Exclusive Stores and E-stores.

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iQOO Z7 Pros specifications: Check all of the tipped features ahead of launch

iQOO is launching another smartphone in India this month. The iQOO Z7 Pro will make it to India on August 31 and it is said to be the rebranded version of Vivo S17e which was exclusively launched in China. However, before the launch, the brand posted the picture of the iQOO Z7 Pro that revealed the design and colour option. Along with that, the camera samples and configuration of iQOO Z7 Pro have also been leaked. Last but not the least, the specifications were also tipped previously, so let’s dive in real quick.

iQOO has revealed the design of its coming Z7 Pro and it just looks like the Vivo S17e. It was seen in the Blue Lagoon colour option with dual tone design. On the back, there is a dual camera setup on the back and a ring LED light in the camera island. At the bottom there is an iQOO branding on the smartphone. On the front, you’ll get a curved display and a punch-hole cutout at the centre.

Also read: iQOO Z7 Pro coming to India soon: Scored over 7,00,000 on Antutu

Next up, 91Mobiles has leaked camera specifications and some samples of iQOO Z7 Pro. iQOO Z7 Pro is said to have a 64-megapixel primary camera and a 2-megapixel depth sensor on the back. On the front, there could be a 16-megapixel selfie shooter. 

The fact that the iQOO Z7 Pro is reportedly a rebranded version of Vivo S17e, had also given us hints on specifications previously. Let’s take a look at that.

The iQOO Z7 Pro is expected to feature a 6.78-inch AMOLED 120Hz display with a support of 10-bit colours and HDR10. The display could come with a resolution of 1080 x 2400 pixels.

It is most likely to be powered by the Mediatek Dimensity 7200 SoC with up to 12GB RAM and 256GB storage. It might run on the OriginOS 3 that is based on Android 13 OS. A 4600mAh battery might be integrated with this smartphone along with up to 66-watt fast charging support.

Also read: iQOO Z7 Pro 5G tipped for Aug 31 launch, it will be the rebranded version of Vivo S17e as per reports

The iQOO Z7 Pro is also expected to roll out in India at a price range of ₹25,000-₹30,000.

 

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OpenAI, Meta and Tesla desperately want this Nvidia GPU: But why

The world of artificial intelligence (AI) is currently facing an unprecedented challenge, and it's not about algorithms or data privacy. The AI industry is grappling with a severe shortage of Nvidia H100 GPUs, a crucial component for training large language models (LLMs). This shortage has far-reaching implications, from stalling research projects to affecting the bottom line of major tech corporations.

As of August 2023, the demand for Nvidia H100 GPUs has reached an all-time high. Major tech giants like OpenAI, Azure, and Microsoft are in a fierce race to procure these GPUs, highlighting their significance in the AI ecosystem. Elon Musk's startling remark that "GPUs are harder to get than drugs" and Sam Altman's revelation about OpenAI's delayed projects due to GPU limitations paint a vivid picture of the crisis.

Also read: Acer Nitro 16 Gaming launches in India with Nvidia RTX 4060 GPU

Technical Brilliance of Nvidia H100

So, what makes the Nvidia H100 GPU so sought after? The answer lies in its technical prowess. The Nvidia H100 is designed for high-performance computing, making it ideal for training LLMs. The H100 boasts a significant number of Tensor cores, specialized hardware for accelerating deep learning tasks. These cores enable faster matrix multiplications, a fundamental operation in neural network training.

Furthermore, with higher memory bandwidth, the H100 can handle vast datasets efficiently, reducing the time required for data transfer between the GPU and the main memory. The architecture of the H100 also allows for seamless scalability. Researchers can link multiple GPUs together to handle larger models and more complex computations.

Despite its power, the H100 is designed for energy efficiency, ensuring that while it delivers top-tier performance, it doesn't excessively contribute to energy costs. Meeting the soaring demand for the Nvidia H100 is no easy feat. The production process is intricate, involving multiple stages: The GPUs require specific rare metals and semiconductors. With the current demand, sourcing these materials in the required quantities is a challenge. The production of GPUs demands high precision to ensure each unit functions optimally. Any compromise here can lead to faulty GPUs, which can be detrimental to AI projects.

With the pressure to increase production, there's a looming risk of quality control oversight. Ensuring that each GPU meets stringent quality standards is paramount.

Also read: Nvidia is probably the most important company in tech right now: Here's why

The Nvidia H100 GPU shortage is a testament to the rapid advancements in AI and the increasing reliance on high-performance computing. As the industry navigates this challenge, it's crucial to strike a balance between meeting demand and maintaining the quality and integrity of the GPUs. The coming months will be pivotal in determining how tech giants, startups, and Nvidia itself address this bottleneck, shaping the future trajectory of AI innovations.

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iPhone 15: First look at Apples new USB Type-C cable for iPhone 15

By now, we are pretty much certain that the next generation Apple iPhone's will come with a USB type-C port for charging. Now, we have also gotten our first look as to how the new iPhone charging cable will look.

According to images on the internet, Apple will bring braided USB-C to USB-C cables for charging the iPhone 15 series. This is something we have already seen on the iPad, where the company ships its tablets with braided USB-C to USB-C cables. 

Also read: Apple iPhone 15 will support 35W fast charging, launch tipped for September 12

(Image credit: Twitter/ @NxtinTech)

With the new iPhones, however, Apple is going an extra step to keep things aesthetic. According to a report in Gizmochina, the Cupertino-based giant will bring the braided USB-C cable in various colours to match different iPhone models. According to multiple reports, Apple will also bring Thunderbolt functionality with the new type-C iPhones, enabling users to enjoy faster data transfer speeds of up to 40Gbps. However, only the iPhone 15 Pro and iPhone 15 Pro Max are expected to get Thunderbolt support. Furthermore, the iPhone 15 series will also get power delivery (PD) charging which will enable faster and safer charging for the iPhones. 

Also read: iPhone 15: Top rumours and leaks show us what to expect from Apple's next iPhone

More recently, it was also reported that apart from bringing type-C to the new iPhone 15 series, Apple may refresh the iPhone 14 and iPhone 14 Plus with new type-C variants, in order to make the lineup more unified. Apple usually discountinues its older 'Pro' models when the new iPhone launches, with the vanilla iPhones staying in the lineup. This year, the company may refresh the vanilla models from 2022 with the new type-C port. 

The iPhone 15 series is also said to be the first series of iPhones that will be assembled in India before the launch. Usually, the local assembly of iPhones starts after the official launch, but this time around, we will reportedly see locally assembled iPhones from day 1. According to reports, the local assembly of the Apple iPhone is being handled by the Tata Group since the company took over the Wistron factory earlier this year.

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Lenovo Legion Slim 5i Review: A solid gaming laptop, but you can get better for cheaper

We personally really like the Lenovo Legion Slim 5's aesthetics and overall look. The accompanying display is great with great resolution, sRGB coverage, and a high refresh rate. The specs on board are also great, with a combination of the 13th gen Intel Core i7-13700H, 32GB of DDR5-5200 RAM, and the NVIDIA GeForce RTX 4070. However, compared to the similarly specced Gigabyte Aorus 15 (which has slower RAM) the Lenovo Legion Slim 5i actually underperforms. While it's not by much and most likely won't be noticed in everyday use, the Legion Slim 5i does run hotter and throttles a lot more than the Aorus 15 in comparison. Ultimately, the hardware still performs within the expected margins, and the results are still good, but you could get better for cheaper.

The Lenovo Legion Slim 5 is the lighter and thinner version of the more powerful Lenovo Legion Pro 5. It sits snugly in between the new budget Lenovo LOQ 15 gaming laptop and the more premium Lenovo Legion Slim 7 series laptops. Lenovo has come out with both AMD and Intel variants of the new Lenovo Legion lineup, and we're going to be reviewing the Intel variant of the Lenovo Legion Slim 5i. We received the highest-end variant of the Lenovo Legion Slim 5i for this review; there are cheaper variants with weaker specs.

Lenovo Legion Slim 5i specs at a glance

Processor: Intel Core i7-13700H

GPU: NVIDIA GeForce RTX 4070

TGP: 140W

Display: 16-inch, 2560x1600 IPS display, 240 Hz

RAM: 32GB DDR5-5200

Storage: 1TB M.2 NVMe SSD, 2 slots

As you can see, the laptop is pretty stacked in the specs department, and it's a decent combination under the Rs 2 lac price point. However, we already know that great specs on paper doesn't necessarily translate to good performance. Naturally, we put the laptop through our testing process to find out how well it performed. We'll get to those results as soon as we get through the build and design.

Lenovo Legion Slim 5i Build and Design

There's no denying that this is a sleek looking laptop. The Slim lineup has always been a lot more muted than the Pro lineup which has more of a "gamer" aesthetic in comparison. The vents, the base and lid all have a flat and clean design without a lot of the angles or protrusions that are normally expected in a gaming laptop. This gives the Lenovo Legion 5 Slim a very "professional" look overall, one which won't stand out even if you were to take this laptop with you to work. The Legion logo on the lid is clear and looks nice, but doesn't draw attention. The only giveaway would be the RGB backlighting on the keyboard when you open the laptop up.

The Lenovo Legion Slim 5's build features a mix of both plastic and metal; like we mentioned earlier it sits between the mostly plastic budget LOQ series and the fully alluminium premium Legion 7 series. The balance is pretty solid. The laptop comes across as fairly sturdy. There's still some wobble on the lid when you open it, and there is some creaking when you attempt to flex the laptop's corners, but it's more than manageable. The display opens up a full 180 degrees as well.

The icons on the backside of the laptop are a great indicator for ports, however, other than the power indicator they don't light up like they do in the Legion 7 lineup.

Coming to the keyboard, Lenovo has had the same keyboard across its range of gaming laptops for a while now, and it's still among the better ones out there. It doesn't have the travel or feedback of a mechanical keyboard, but if you've used a Lenovo laptop in the past, you'll have no problems here. Also, the Legion Slim 5 doesn't feature per-key RGB lighting, but 4-zone RGB lighting. You get per-key with the Legion 7s. The presence of a numpad the large arrow keys is always nice, especially in a gaming laptop where those keys might actually see some use. The touchpad is decent, but we found that it's placed a tad bit too much to the left. We'd often end up brushing against it with our palm while typing or gaming. Of course, if you're gaming you're most likely going to be plugging in a mouse and disabling the trackpad anyway but it can cause some confusion in-game.

Lenovo Legion Slim 5i I/O

Coming to I/O options on the Legion Slim 5i, you've got two USB-A 3.2 Gen 2 ports, with one of them being always on as long as the laptop is plugged in. Then you've got two USB-C 3.2 Gen 2 ports, an HDMI port, an RJ-45 ethernet port, an audio combo jack, and a card reader. There's no Thunderbolt 4 support, and only one of the USB-C ports supports Power Delivery. All of the ports are labelled nicely so there's no confusion as to what does what. The Legion Pro version has two additional USB ports, but the options on the Slim 5i should suffice for most users.

Lenovo Legion Slim 5i Display

The Lenovo Legion Slim 5i we're reviewing comes with a WQXGA (2560x1600) resolution IPS display with a refresh rate of 240Hz. Ours came with an advertised brightness of 500 nits. Cheaper variants of the Slim 5i feature displays with lower peak brightness of 300 nits, lower WUXGA (1920x1200) resolutions, and lower refresh rates (144Hz, and 165Hz).

During our testing, we got a peak advertised brightness of 491 nits which is very close to the advertised peak brightness. Furthermore, we got an sRGB coverage of 98.8 percent which is very good, paired with a DCI-P3 coverage of 75.3 percent. Paired with the 16:10 ratio display and the specs on-board, the Slim 5i makes for a solid editing and rendering device.

Performance

The Lenovo Legion 5i Slim features the latest 13th gen Intel Core i7-13700H, which is paired with an NVIDIA RTX 4070 with a TGP of 140W. For this review, we’re comparing it with the similarly specced Gigabyte Aorus 15 which we tested very recently. Both laptops feature the same CPU and GPU with the same TGP. The only major difference is the RAM; while the Legion 5i Slim we’re testing came with 32GB of DDR5-5200 RAM, the Aorus 15 came with 16GB of DDR5-4800 RAM. Both laptops feature similar slim profile builds as well. 

Let’s start things off with the synthetic gaming benchmarks for which we use the 3DMark benchmark. 

The scores are very similar across the board,  but the Aorus 15 does seem to have the Legion Slim 5i beat in more tests overall.

There’s a more distinguishable difference in performance between the two laptops when we come to real-world gaming performance. The Gigabyte Aorus 15 manages to outperform the Lenovo Legion 5i in most titles save one or two.

Despite having identical specs, the Gigabyte Aorus 15 offers better FPS in the majority of the titles. This most likely has to do with the fact that the Aorus 15 handles heat better and doesn’t throttle as much as the Legion Slim 5i. The difference isn’t very big, at roughly ~10 FPS for most games, but it does matter if you consider that the Legion Slim 5i is the more expensive of the two laptops.

With that, we come to the processor and productivity benchmarks. Similar to gaming performance, we see that the Aorus 15 manages to inch ahead of the Lenovo Legion Slim 5i. The difference once again is small, but it’s noticeable.

This continues with single-thread and multi-thread performance as well, which we test using the Cinebench R23 benchmark. Again, not very big a difference, but noticeable nonetheless.

Both laptops come with DDR5 RAM, but the DDR5-5200 RAM on the Legion Slim 5i is definitely faster than the DDR5-4800 RAM on the Aorus 15. However, the faster RAM doesn’t seem to have helped the Legion Slim 5i get an advantage over the Aorus 15 in terms of performance.

Both laptops feature speedy M.2 NVMe SSDs for storage that will more than suffice for your gaming and productivity needs.

Lenovo Legion Slim 5i Thermals and Noise

The centre of the laptop can get a bit toasty when running intensive tasks. As we’ve seen from the performance scores, there is throttle due to heat which is affecting performance. The CPU sat at around 75 degrees Celsius during our processor stress test, which is not that high. But we saw surface temps north of 41 degrees in the centre region of the laptop. It's just the centre though, the rest of the laptop remains at comfortable temps at around the 25-26 degree mark. Note that we test in an air-conditioned environment, so the temps might differ depending on your environment.

Lenovo Legion Slim 5i Verdict

We personally really like the Lenovo Legion Slim 5's aesthetics and overall look. The accompanying display is great with great resolution, sRGB coverage, and a high refresh rate. The specs on board are also great, with a combination of the 13th gen Intel Core i7-13700H, 32GB of DDR5-5200 RAM, and the NVIDIA GeForce RTX 4070. However, compared to the similarly specced Gigabyte Aorus 15 (which has slower RAM) the Lenovo Legion Slim 5i actually underperforms. While it's not by much and most likely won't be noticed in everyday use, the Legion Slim 5i does run hotter and throttles a lot more than the Aorus 15 in comparison. Ultimately, the hardware still performs within the expected margins, and the results are still good, but you could get better for cheaper.

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Chandrayaan-3 Lunar Mission: ISRO releases images of the Lunar far side captured by LHDAC

The Indian space program is stronger than it has ever been. With the Indian Space Research Organisation (ISRO) building space machinery at costs that are cheaper than that of Hollywood movies, the Indian space program has received attention and appreciation from people all over the world. In its latest feat, ISRO has successfully launched India’s latest exploratory mission to the Moon, Chandrayaan-3. The mission has already started showing results, as ISRO released the first pictures from the mission, which were of the Lunar far side area on the surface of our satellite celestial body.

Chandrayaan-3 was launched on July 14, 2023, from the Satish Dhawan Space Centre. The carrier rocket or launch vehicle, to be technically precise, for the mission,  Launch Vehicle Mark-3 (LVM3) is carrying the Pragyan rover. The rover is projected to be active on the Lunar surface for 1 Lunar day, equivalent to about 29 and a half Earth days. This mission comes on the back of an unsuccessful attempt at a similar mission, the Chandrayaan-2. The main objective of the Chandrayaan-3 mission is to demonstrate the soft, safe landing capabilities on the surface of the moon.

Image Source: ISRO via Twitter Chandrayaan-3: Why showcase the landing abilities?

The images released by ISRO of the Lunar far side have been captured by Lander Hazard Detection and Avoidance Camera (LHDAC) on board the mission module. These images are crucial, keeping in mind the main objective of the mission. The LHDAC is responsible for locating a safe landing area on the surface of the moon, most importantly, as stated by ISRO, “without boulders or deep trenches”. Now if the space agency is able to successfully execute a soft and safe landing of the Vikram rover, it will be a monumental event in the history of the Indian space program. 

Chandrayaan-3 Mission: Here are the images of Lunar far side area captured by the Lander Hazard Detection and Avoidance Camera (LHDAC). This camera that assists in locating a safe landing area -- without boulders or deep trenches -- during the descent is developed by ISRO… pic.twitter.com/rwWhrNFhHB

— ISRO (@isro) August 21, 2023

This mission is important because, if we are to ever set foot on the Moon with the intent of setting up a civilised society, having technology that can safely transport crucial and fragile goods from our home planet would be extremely important. And, adding to the cost efficiency of the Indian space program as a whole, even other countries and agencies could be looking towards India to carry out their mission.

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HP Dragonfly G4 Review: HP Dragonfly G4 Review: Premium, Private And Pricey

The HP Dragonfly G4 emerges as a formidable successor to the Dragonfly G3. While externally reminiscent of its predecessor, it's the internal enhancements that set it apart. Tailored for the discerning executive, this high-end laptop is powered by the Intel vPro platform, ensuring robust security and seamless remote management. Its comprehensive security features, including the HP Wolf Security, offer unparalleled protection, making it a reliable companion for those on the move. The laptop's design, combined with its impressive keyboard, trackpad, and privacy features, justifies its premium price tag of Rs 2.3 lakh. While its performance is commendable, some might argue for a more powerful Intel chip. Nevertheless, for its target audience and expected workloads, the current configuration seems apt.

The HP Dragonfly G4 will remind you a lot of the previous generation the Dragonfly G3. In terms of overall design and aesthetics, both devices remain the same. But HP has given an internal upgrade to its latest Dragonfly. For the uninitiated, the HP Dragonfly G4 is a high-end premium laptop powered by the Intel vPro platform. You won’t likely see your average Joe using it in Starbucks either. Instead, the HP Dragonfly G4 is something you’d hand out to your team of executives who are constantly on the move across the globe. 

HP has used the Intel vPro processors for the Dragonfly G4. For the uninitiated, Intel vPro is a platform tailored for business PCs, enhancing security and remote management. Key benefits include comprehensive remote management capabilities, allowing IT teams to address issues across an organization without physical presence. The Dragonfly G4 also gets an additional layer of protection from HP Wolf Security.

HP Wolf Security is HP's comprehensive endpoint security solution. It offers multi-layered protection from hardware to the cloud, effectively countering threats that might bypass traditional security measures. Notably, it provides advanced protection for printers, continuously monitoring for anomalies and self-repairing when needed. If a device is lost or stolen, it can be remotely tracked, locked, and wiped. All these features and more, which I’ll eventually talk about later in the article, set up the MRP of the HP Dragonfly G4 to around Rs 2.3 lakh. Is it worth it? Well, here’s the answer. 

HP Dragonfly G4 Review: Design, Keyboard, Trackpad and I/O

The HP Dragonfly G4, as mentioned above, looks similar to its previous generation. But that’s fine. Mainly because it is a looker. The greenish-blue colour theme of the laptop finished in matte and the minimalist HP logo on the device’s lid look very rich. You will also find subtle “DRAGONFLY” branding on the back letting the curious ones discreetly know the name of the laptop you’re using. 

The HP Dragonfly G4 also has curved sides, pointy edges and 16.5mm thickness. The 13.5-inch laptop also weighs 990g, making it highly portable. You can fit it and its USB Type-C charger in the smallest of handbags, without either of them taking up too much space. Despite its thin and small size, the laptop has an HDMI out port, two USB-C Thunderbolt 4 ports for charging and display out, a collapsible USB Type-A port, a headphone jack and a sim card tray. In short, the I/O on this port is fantastic. And I am thankful to HP for not using a proprietary charging slot. 

The overall build quality of the HP Dragonfly G4 is good. You can open its lid with one hand because the laptop’s base is well-balanced. The deck area is solid and devoid of flex. The laptop’s keyboard is also worthy of equal praise. It features a 60% layout and is a joy to work on. The keys are squared, big, and have good travel to them. The button press is satisfying and yet the keyboard is virtually silent. 

The 5MP webcam with an 88-degree field of view is another thing I’d like to mention here. It can capture more and in higher detail. It can clock photos in a 4:3 aspect ratio and can shoot videos in the same layout. However, if you want to switch back to the 16:9 aspect ratio you can do that as well. The webcam can record in 1440p at 30FPS. HP also has top-edge microphones and built in-AI features for blurring backgrounds and to make you sound good during video calls. HP also has an auto-wake feature that automatically puts the laptop to sleep when you walk away from it and wakes it up as you come back. It is pretty neat and works without fail.

And the HP Dragonfly G4’s trackpad is also a sheer joy to use. It is big, smooth and has probably the most satisfying click I have ever tested on a laptop. Every click on it feels immaculately accurate and blissfully delightful. Just an hour or two spent with the laptop made me realise why HP made no significant changes in the new design. The Dragonfly G4 is good the way it is, at least for now. The laptop also has a SIM card that supports 4G/LTE and 5G connections. And it is a great option for those who don’t like to switch on their smartphone’s hotspot every time they want to work. 

What is also a great add-on to the laptop is a privacy filter. With the touch of a button, the Dragonfly G4’s viewing angle reduces drastically. Thus only allowing whoever is sitting in front of the screen to see what’s really happening on it. Although you can still barely see the display from the side of the screen brightness is full. But it is a good feature that I’d love to see getting more refined in the future. Further adding to the privacy features are a webcam shutter and a mic shutoff switch.

HP Dragonfly G4 Review: Screen And Speakers Review

The 13.5-inch display on the HP Dragonfly G4 is an unusual format. Instead of the usual 16:9 and 16:10 formats we see on laptops. The HP Dragonfly G4 comes in an exquisite 3:2 aspect ratio which gives the display a lot of height. The main benefit of such a design is increased productivity as now you can fit more of the document on your screen and don’t need to constantly scroll up or down. What I tested was the IPS LCD FHD+ panel with a 1280P max resolution support and 60Hz refresh rate. 

Moreover, in Calman display tests the screen’s peak brightness came out to be around a very impressive 545.3nits. The good things don’t just end there because the 13.5-inch IPS LCD panel is also highly colour accurate with a Delta E value of just 2. Additionally, the screen also has 107% sRGB coverage so if you’re a graphic designer, video editor or if you largely create content for the web then the HP Dragon Fly G4’s display will serve you well. 

And the same good things I will say about the laptop’s speakers as well because they sound fantastic. They have good bass, treble and are loud enough so that you rarely even find the need to turn the volume to its maximum. The laptop has both upward and downward-firing speakers. 

HP Dragonfly G4 Review: Battery Life and Performance

In a real-world scenario with 100% screen brightness and the laptop’s battery set to performance mode, the Dragonfly G4 will last you around 7.5 hours. With a more moderate power and screen brightness setting you can further stretch the battery life. Overall, the battery life is above average as the HP Envy x360 15 I recently tested lasted close to 6.5 hours. And most Windows laptops in general rarely cross the 7-hour battery mark in general. So the 7.5 hours of battery that you get on the HP Dragonfly G4 is really better than most other laptops. 

The high battery life is also a result of a combination of using LPDDR5 RAM and the Intel “U” series chip. The 32GB Low Powered Double Data Rate 5 or LPDDR5 for short has an even less operating voltage than the DDR5 sticks and an incredible clock speed of 6400MHz. And as for the Intel Core i7-1365U chip, I was initially a bit sceptical about it. But seeing it perform without throttling issues really did change my mind. 

Because you have to rethink the 13.5-inch form factor when it comes to the HP Dragonfly G4. Not only is it a thin and light laptop but a highly premium one at that. Any executive using it can’t expect its fans to spin at max speed just to it could deliver more performance. The laptop needs to run cool and as a result, the 1365U consumes, at its peak, just 20W. While fairly dipping down to 19 or 18W as well. This performance setup does its job of regulating surface temperatures too. The peak surface temperature remains around 35 degrees in a non-AC room with no external ventilation.

HP Dragonfly G4 Review: Verdict

The HP Dragonfly G4 is the successor to the Dragonfly G3, and while it retains much of the external design of its predecessor, it introduces significant internal advancements. This high-end premium laptop is powered by the Intel vPro platform, specifically designed for business PCs, enhancing both security and remote management. This makes the Dragonfly G4 particularly suited for global executives who are always on the move. It boasts comprehensive security features and collaboration tools. 

The laptop’s main strength includes its solid build quality, a fantastic keyboard and trackpad combo, comprehensive privacy features, power-efficient SoC, hardware-level security features and rich speakers ultimately making the Rs 2.3 lakh HP Dragonfly G4 worth it. It is a bit pricey and although performance enthusiasts could argue that an Intel “H” series chip would suit better here or even a “P” series chip that performs duties in the Samsung Galaxy Book3 series would be much preferable here, I’d like to argue that, for the type of workloads expected from this laptop, the “U” series chip seems better right now. 

However, you’d expect these laptops to last more than two years and considering that at least an Intel “P” series processor should have been here. Other than that the laptop is pretty good. I’d also suggest that you take a look at Dell’s Latitude series as it is pretty similar in terms of price and feature set compared to the HP Dragonfly G4. 

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