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Samsung's upcoming tablets don't appear too energy efficient in leaked labels

Samsung's upcoming tablets don't appear too energy efficient in leaked labels

Yahoo13 hours ago
The European Union's European Product Registry for Energy Labeling (EPREL) mandate is proving to be a goldmine for tech enthusiasts. For reference, the label, which is mandatory for certain energy-related products imported into the EU market, displays information like battery life on a single charge, average charging cycles before the product's battery degrades, drop, dust, and water resistance, alongside repairability ratings.
The labels were introduced to enhance transparency in the market, though they now also serve as an early leak source for unreleased products.
We already know a lot about the remainder of the tech South Korean tech giant Samsung aims to release within 2025, and a new EPREL leak just corroborated some of those details.
We're talking about the Samsung Galaxy S25 FE, and the trio of the Tab S10 Lite, Tab S11, and the Tab S11 Ultra, EPREL labels for which were shared by @Sudhanshu1414 on X (via SamMobile).
Galaxy S25 FE
Expected to be released earlier than usual (as confirmed by Samsung itself), the Galaxy S25-based Fan Edition device should last roughly 42 hours on a single charge. The figure is derived from standardized tests, and, of course, this figure will change depending on your usage.
For what it's worth, early leaks suggested that the Galaxy S25 would run on a 4,500mAh cell, which is actually smaller than its predecessor's battery. That leak was put into contention by a leaked Tesco listing yesterday that suggested the S25 FE will instead offer a 200mAh battery bump over its predecessor with a 4,900mAh cell. You'll be able to charge the bigger cell at 45W wired charging speeds, with the device packing roughly 2,000 charges before its battery capacity significantly degrades.
The device will reportedly have a Class A drop resistance, which is the highest rating in EPREL's standard, paired with a B in energy efficiency, and a C in repairability.
Tab S10 Lite
The cheaper Tab S10 Lite is coming this year, as confirmed by a Google Play Console listing. From what we already know, the entry-level tablet will be powered by the mid-range Exynos 1380 5G chipset, with 6GB of RAM, and both Wi-Fi and cellular variants.
The device will reportedly last 87 hours and 42 minutes on a single charge, with an S25 FE-like 2,000 charge cycle endurance. It'll offer IP42 water and dust resistance, paired with an abysmal E rating for drop resistance (expected for a tablet). Energy efficiency and repairability aren't great either, with an E and C rating, respectively.
You can expect the Tab S10 Lite to cost less than the Tab S10 FE's starting price of $500.
Tab S11 and Tab S11 Ultra
Samsung has confirmed that the Tab S11, and its higher-end sibling, the Tab S11 Ultra, are both landing this year. Although the two will have major differences when it comes to specs, they look identical in theseEPREL ratings.
The only difference between the two is that the cheaper Tab S11 will run for 81 hours on a single charge, while the Tab S11 Ultra will go up to 94 hours and 51 minutes without you having to plug it in again. Apart from that, both upcoming tablets are expected to offer the worst energy efficiency the standard has for tablets, paired with an E in drop resistance.
Both tablets will retain the majority of their battery capacity for roughly 1,200 charging cycles, and will offer average repair difficulty with a Class C repairability rating.
The Samsung Galaxy S25 FE is expected to be unveiled sometime in late August or early September, with the new tablets making their way to the market later in the year.
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How Technologies Can Help You Stay Compliant With SDS Regulations
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How Technologies Can Help You Stay Compliant With SDS Regulations

COO at SapientPro. AI expert building scalable tools like an SDS platform with smart search, alerts&workflows adaptable across industries. Last year, in enterprises across 28 European countries, over one-third of safety data sheets (SDS) were non-compliant with legal requirements due to data gaps and inaccurate entries. One of the main reasons is the increasing number of SDS that conflict with safety regulation standards. In the following, I'll break down some smart tactics to respond to these challenges. Common Pain Points In Daily SDS Management SDS files contain full information on the chemicals used in pharmaceuticals, food production, oil and gas, logistics and beyond. As those industries expand and safety regulations update, traditional file management is being pushed to its limit. Companies rely on these SDS files, which span everything from PDFs, scans, region-specific templates and multilanguage copies—rarely sharing a common structure. 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But inspections often uncover multiple issues, driving total fines potentially into six figures. Companies may also face lawsuits, suspended licenses and long-term brand damage. In 2021, an Alabama chemical plant accident claimed two lives and poisoned a third employee. Officials later confirmed that the company had neither monitored air contaminant levels nor trained staff on handling risks. OSHA responded with a fine of $232,000 for 10 violations. Absent or faulty SDS documentation delays shipments and triggers product pullbacks. This, in turn, translates into costly rework for companies, piling up reproduction expenses, logistics, penalties and refunds. Сase-Based Strategies To Solve SDS Challenges The following examples show how companies in different industries addressed these issues by rethinking workflows and aligning documentation practices with regulatory demands. While each context is unique, the underlying strategies offer insights that other organizations can adapt. I worked with a Swiss medical company to tackle a number of SDS pain points: outdated files, language barriers and scattered access across partner sites. When it comes to an issue like this, I've found three clear moves that can help turn scattered safety sheets into a working system: 1. Inventory your files. List storage spots, duplicates and search faults; use the findings to shape a clean SDS library. 2. Expose term clashes. For multimarket firms, track where terms drift across tongues and pin down the biggest misalignments. 3. Put roles in charge. Add role‑based access with version history so every tweak ties to the right standard: GHS or regional. Another manufacturer I worked with had 600-plus SDS documents scattered across multiple construction sites. They needed a single repository, standard formatting and role-based access. Rolling out SDS full service hinged on three basics: a clear inventory of all sheets, unifying the file formats and the implementation of role‑driven entry rights. Replicating this model elsewhere means building a central console, plugging in extra languages where needed and creating a rights system that can grow with your business. A pesticide manufacturer I worked with operates in 50 countries and ships to 150. Because of its reach, the company struggled to make SDS compliance rock-solid. Every jurisdiction rewrote the rulebook, labels appeared in half a dozen languages and no central admin held the reins. As a result, the SDS library was left unruly; copies multiplied, records fell out of sync and audits became a guessing game. We solved it with a sync-in-place system tied to standard operating procedures. Order was restored through shared templates, real‑time refreshes and airtight logs. For small businesses, the logic scales down, too: one access point, template uniformity, tracked edits and rights‑based access. The Cornerstone Of SDS Leadership According to McKinsey, companies in tightly regulated industries should adopt a forward-looking approach, future-proofing their workflows against the risk of SDS non-compliance. This means not only reacting to current standards but actively building systems that can adapt to new regulations, technologies and markets. Forbes Business Council is the foremost growth and networking organization for business owners and leaders. Do I qualify?

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