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OPPO Find X9 Ultra: The Built-in ‘Teleconverter’
Ultra Far
◾ 230mm 10× Optical Zoom
◾ 460mm 20× Optical Quality Zoom
Ultra Clear
◾ Customized JNL Ultra-Sensing Sensor
◾ F3.5 DSLR-grade Aperture
Ultra Steady
◾ OPPO Telephoto Sensor Shift
◾ Triple Ultra-Precision Active Optical Alignment
OPPO Find X9 Ultra will be launching on April 20th in China and select global markets at the same time, with sales beginning in the first week of May, and the India launch following at a later date.
Full article in the post below 👇
🌐📲 @TechnologyBoxs
Ultra Far
◾ 230mm 10× Optical Zoom
◾ 460mm 20× Optical Quality Zoom
Ultra Clear
◾ Customized JNL Ultra-Sensing Sensor
◾ F3.5 DSLR-grade Aperture
Ultra Steady
◾ OPPO Telephoto Sensor Shift
◾ Triple Ultra-Precision Active Optical Alignment
OPPO Find X9 Ultra will be launching on April 20th in China and select global markets at the same time, with sales beginning in the first week of May, and the India launch following at a later date.
Full article in the post below 👇
🌐📲 @TechnologyBoxs
❤4🔥4
Putting a teleconverter in your phone: Find X9 Ultra's 10× optical zoom telephoto lens breaks the impossible.
A truly capable 10× lens has always been a long-standing goal for phone manufacturers. It represents the peak of telephoto capability and is essential for a complete mobile imaging system. For years, the industry struggled to integrate a high-quality 10× lens into phones. When a component could not be built in, it had to be added externally, which led to telephoto converters. These offered a glimpse of 10× potential but were always a compromise, showing what 10× could achieve while highlighting the absence of a true, integrated high-quality 10× lens.
The OPPO Find X9 Ultra integrates the high-quality 10× lens, previously only possible externally, directly into the phone. The 10× zoom is not simply about reaching further or the novelty of magnification. It is about authentically reproducing distant scenes. When you photograph a faraway subject, you capture real details, colors, and expressions from that moment.
Most flagship phones today offer optical zoom at 4× or 5×. A native 10× zoom is still rare. The challenge is simple physics: a 10× reach needs a longer lens, and fitting a large sensor with a 10× lens without making the phone too thick is extremely difficult. The Find X9 Ultra introduces the Hasselblad 50MP 10× Optical Telephoto Lens, the world’s first 10× optical zoom with 50MP clarity, bringing the clarity of a large sensor together with a powerful teleconverter inside a slim smartphone body.
To put a true 10× optical zoom into a slim phone, OPPO developed the industry-first Quintuple Prism Reflection Periscope. Light enters and reflects five times. This allows a 10× zoom while reducing the overall optical length by 30%. The prism itself is made of three precision pieces separated by a nanometer-scale diaphragm and a specialized air capsule.
The Find X9 Ultra’s 10× telephoto camera features several innovations:
☑ Pristine Optical Path Architecture – The prism cutting and nanometer-scale air diaphragm reduce stray light by 99.999%, ensuring exceptionally pure light reaches the sensor.
☑ Sensor Shift – Traditional periscope stabilization cannot work with five reflections. Sensor Shift optical stabilization provides an industry-leading stabilization range, keeping your viewfinder remarkably steady even when shooting at 10× or 20× zoom. This allows for sharp and clear images at high magnification, solving the problem of hand shake amplification that normally occurs at long focal lengths.
☑ Triple Active Optical Alignment (AOA) – Dynamically adjusts the lens, sensor, and prism during assembly for the sharpest optical output in every unit.
The customized JNL 50MP sensor, a next-gen version of the JN5, has the same next-generation lossless zoom technology as HPE. Using this sensor, 20× zoom shots can be achieved with optical-quality results through cropping. For the 10× telephoto, the microlenses and color filters are optimized to reduce color shading and ensure accurate and consistent colors. Combined with the LUMO superpixel engine, this enables full-pixel Hasselblad ultra-high-definition output with high dynamic range.
This lens makes the Find X9 Ultra ideal for concerts, wildlife photography, or any distant subjects. It allows capturing performers’ facial expressions or birds in natural detail, even from far away. The Find X9 Ultra achieves what was once considered impossible: native 10× optical zoom, 20× optical quality zoom, and a slim, high-quality body.
🌐📲 @TechnologyBoxs
A truly capable 10× lens has always been a long-standing goal for phone manufacturers. It represents the peak of telephoto capability and is essential for a complete mobile imaging system. For years, the industry struggled to integrate a high-quality 10× lens into phones. When a component could not be built in, it had to be added externally, which led to telephoto converters. These offered a glimpse of 10× potential but were always a compromise, showing what 10× could achieve while highlighting the absence of a true, integrated high-quality 10× lens.
The OPPO Find X9 Ultra integrates the high-quality 10× lens, previously only possible externally, directly into the phone. The 10× zoom is not simply about reaching further or the novelty of magnification. It is about authentically reproducing distant scenes. When you photograph a faraway subject, you capture real details, colors, and expressions from that moment.
Most flagship phones today offer optical zoom at 4× or 5×. A native 10× zoom is still rare. The challenge is simple physics: a 10× reach needs a longer lens, and fitting a large sensor with a 10× lens without making the phone too thick is extremely difficult. The Find X9 Ultra introduces the Hasselblad 50MP 10× Optical Telephoto Lens, the world’s first 10× optical zoom with 50MP clarity, bringing the clarity of a large sensor together with a powerful teleconverter inside a slim smartphone body.
To put a true 10× optical zoom into a slim phone, OPPO developed the industry-first Quintuple Prism Reflection Periscope. Light enters and reflects five times. This allows a 10× zoom while reducing the overall optical length by 30%. The prism itself is made of three precision pieces separated by a nanometer-scale diaphragm and a specialized air capsule.
The Find X9 Ultra’s 10× telephoto camera features several innovations:
☑ Pristine Optical Path Architecture – The prism cutting and nanometer-scale air diaphragm reduce stray light by 99.999%, ensuring exceptionally pure light reaches the sensor.
☑ Sensor Shift – Traditional periscope stabilization cannot work with five reflections. Sensor Shift optical stabilization provides an industry-leading stabilization range, keeping your viewfinder remarkably steady even when shooting at 10× or 20× zoom. This allows for sharp and clear images at high magnification, solving the problem of hand shake amplification that normally occurs at long focal lengths.
☑ Triple Active Optical Alignment (AOA) – Dynamically adjusts the lens, sensor, and prism during assembly for the sharpest optical output in every unit.
The customized JNL 50MP sensor, a next-gen version of the JN5, has the same next-generation lossless zoom technology as HPE. Using this sensor, 20× zoom shots can be achieved with optical-quality results through cropping. For the 10× telephoto, the microlenses and color filters are optimized to reduce color shading and ensure accurate and consistent colors. Combined with the LUMO superpixel engine, this enables full-pixel Hasselblad ultra-high-definition output with high dynamic range.
This lens makes the Find X9 Ultra ideal for concerts, wildlife photography, or any distant subjects. It allows capturing performers’ facial expressions or birds in natural detail, even from far away. The Find X9 Ultra achieves what was once considered impossible: native 10× optical zoom, 20× optical quality zoom, and a slim, high-quality body.
🌐📲 @TechnologyBoxs
❤10👍4
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Gradient Watch – A Timepiece of Shifting Patterns and Minimal Elegance
Gradient Watch is a minimalist analog timepiece that translates time into visual patterns — a wearable piece of art that doesn’t just tell time, but expresses it.
With two overlapping gradients — one for hours and one for minutes — it creates a flow of shifting patterns, turning each moment into a new experience.
Gradient Watch comes in five different colors: Black, Navy Blue, Silver, Gold, and Rose Gold. The strap is easily replaceable without the use of tools.
Specs:
• Case size: 38 mm (unisex)
• Case material: 316L stainless steel
• Movement: Japanese Quartz (Miyota 2025)
• Water resistance: 5 ATM
• Strap: Mesh / Genuine leather, 18 mm wide, replaceable (quick release)
• Glass: Sapphire-coated mineral crystal
• Weight:
– With leather strap: 42 g
– With mesh band: 68 g
💰 Price: ~$220 USD
🌐📲 @TechnologyBoxs
Gradient Watch is a minimalist analog timepiece that translates time into visual patterns — a wearable piece of art that doesn’t just tell time, but expresses it.
With two overlapping gradients — one for hours and one for minutes — it creates a flow of shifting patterns, turning each moment into a new experience.
Gradient Watch comes in five different colors: Black, Navy Blue, Silver, Gold, and Rose Gold. The strap is easily replaceable without the use of tools.
Specs:
• Case size: 38 mm (unisex)
• Case material: 316L stainless steel
• Movement: Japanese Quartz (Miyota 2025)
• Water resistance: 5 ATM
• Strap: Mesh / Genuine leather, 18 mm wide, replaceable (quick release)
• Glass: Sapphire-coated mineral crystal
• Weight:
– With leather strap: 42 g
– With mesh band: 68 g
💰 Price: ~$220 USD
🌐📲 @TechnologyBoxs
❤9
Swift is no longer just for Apple.
For years, iPhone apps meant Swift, Android apps meant Kotlin or Java. Two separate worlds, two different languages. Developers often wished these worlds could meet.
Now, Swift officially supports Android with a new SDK. That means iOS developers can reuse core logic — networking, algorithms, data models — on Android without rewriting it in Kotlin or Java. Android teams can collaborate with Swift-written modules while keeping their native UI in Compose or views. Swift can also interoperate with Java and Kotlin through the new bridge.
The result? Faster development, fewer errors, and smoother cross-platform collaboration. It’s still in preview, but Swift stepping beyond Apple’s walls could change how apps are built, bringing the Apple and Android worlds closer than ever.
🌐📲 @TechnologyBoxs
For years, iPhone apps meant Swift, Android apps meant Kotlin or Java. Two separate worlds, two different languages. Developers often wished these worlds could meet.
Now, Swift officially supports Android with a new SDK. That means iOS developers can reuse core logic — networking, algorithms, data models — on Android without rewriting it in Kotlin or Java. Android teams can collaborate with Swift-written modules while keeping their native UI in Compose or views. Swift can also interoperate with Java and Kotlin through the new bridge.
The result? Faster development, fewer errors, and smoother cross-platform collaboration. It’s still in preview, but Swift stepping beyond Apple’s walls could change how apps are built, bringing the Apple and Android worlds closer than ever.
🌐📲 @TechnologyBoxs
❤12🤣3
Exclusive: OPPO is testing three 200MP sensors for the Find X10 Pro Max 👀
📸 Camera setup in testing:
• ISOCELL HPC (1/1.28" 200MP) — Main
• 1/1.28" 200MP — 3x Telephoto
• 1/1.56" 200MP — Ultra wide
Note: The ultra wide is still under A/B testing, with a 50MP sensor being considered as an alternative.
🔗 Digital Chat Station
🌐📲 @TechnologyBoxs
📸 Camera setup in testing:
• ISOCELL HPC (1/1.28" 200MP) — Main
• 1/1.28" 200MP — 3x Telephoto
• 1/1.56" 200MP — Ultra wide
Note: The ultra wide is still under A/B testing, with a 50MP sensor being considered as an alternative.
🔗 Digital Chat Station
🌐📲 @TechnologyBoxs
❤9🔥3👍1👎1
🔥17😁5🥱4❤3👏2
❤8
A Handbag Made from Dinosaur Leather? Yes, Really.
What if I told you there’s a luxury handbag made from lab-grown leather inspired by the mighty Tyrannosaurus rex—the most famous dinosaur of all time? Sounds unbelievable, but it’s real.
This one-of-a-kind T. rex leather handbag, designed by Polish brand Enfin Levé, unveiled on April 2, 2026, at the Art Zoo Museum in Amsterdam, right next to a life-sized T. rex skeleton.
The leather is created by reconstructing the protein sequences of the T. rex and growing it in a lab—no animals harmed. It’s durable, biodegradable, and a revolutionary alternative to traditional leather.
For now, this unique piece will be auctioned after a six-week exhibition, with a starting bid of £500,000 ($663,000). But this is just the beginning—luxury brands are already eyeing T. rex leather for future collections.
This isn’t just a bag; it’s a glimpse into the future of sustainable luxury.
🌐📲 @TechnologyBoxs
What if I told you there’s a luxury handbag made from lab-grown leather inspired by the mighty Tyrannosaurus rex—the most famous dinosaur of all time? Sounds unbelievable, but it’s real.
This one-of-a-kind T. rex leather handbag, designed by Polish brand Enfin Levé, unveiled on April 2, 2026, at the Art Zoo Museum in Amsterdam, right next to a life-sized T. rex skeleton.
The leather is created by reconstructing the protein sequences of the T. rex and growing it in a lab—no animals harmed. It’s durable, biodegradable, and a revolutionary alternative to traditional leather.
For now, this unique piece will be auctioned after a six-week exhibition, with a starting bid of £500,000 ($663,000). But this is just the beginning—luxury brands are already eyeing T. rex leather for future collections.
This isn’t just a bag; it’s a glimpse into the future of sustainable luxury.
🌐📲 @TechnologyBoxs
❤8
Samsung will supply its latest M16 OLED panels to Apple and Google smartphones launching later this year.
Industry sources say M16 will be used in the Pixel 11 series, iPhone 18 Pro / Pro Max, and Apple’s foldable iPhone. It’s Samsung’s newest high-end material set, with upgrades in brightness, color, lifespan, and power efficiency.
The previous M14 first appeared in the iPhone 16 Pro models and later expanded to the entire iPhone 17 lineup. Now Apple is moving to M16 for its premium devices.
Samsung is expected to use M16 across all OLED panels it supplies to Apple in the second half. Estimated volumes are around 50 million units for iPhone 18 Pro models and about 10 million for foldables.
The new material set also means higher value for suppliers like Samsung SDI, LG Chem, and Duksan Neolux, with potential to expand further as Apple usually brings new tech down to lower models over time.
🔗 ETNews
🌐📲 @TechnologyBoxs
Industry sources say M16 will be used in the Pixel 11 series, iPhone 18 Pro / Pro Max, and Apple’s foldable iPhone. It’s Samsung’s newest high-end material set, with upgrades in brightness, color, lifespan, and power efficiency.
The previous M14 first appeared in the iPhone 16 Pro models and later expanded to the entire iPhone 17 lineup. Now Apple is moving to M16 for its premium devices.
Samsung is expected to use M16 across all OLED panels it supplies to Apple in the second half. Estimated volumes are around 50 million units for iPhone 18 Pro models and about 10 million for foldables.
The new material set also means higher value for suppliers like Samsung SDI, LG Chem, and Duksan Neolux, with potential to expand further as Apple usually brings new tech down to lower models over time.
🔗 ETNews
🌐📲 @TechnologyBoxs
👍12❤4