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Fortnite feels like a new game on the Switch 2

Fortnite feels like a new game on the Switch 2

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While you could play Fortnite on the original Nintendo Switch, it was a less than ideal situation that made the game feel more like a rough around the edges tech demo than a polished piece of software. Because of the Switch’s hardware limitations, Fortnite could only run at 30 frames per second max, which could make it tricky to pull off well-timed shots. Character models were often so simplified that they barely looked like their counterparts on other consoles. And a combination of dropped frames, simpler textures, and overall lower resolution gave the island a choppy, muddy aesthetic quality that was tolerable, but far from beautiful.

Though it was constantly being patched, Fortnite felt dated on the original Switch in a way that made it hard to justify Battle Passes or get excited about new design changes to the island. But, similar to Pokémon Scarlet and Violet, Fortnite’s Switch 2 update revitalizes the game by addressing almost every one of its core issues and highlighting all of the new bells and whistles Epic has been developing for it.

Even in the Fortnite’s main menu where all of the game’s various modes, shops, and inventory screens are displayed, there was a sluggishness to how things moved that could be attributed to the OG Switch’s hardware. 30 fps was fine for choosing which skins you wanted to wear and selecting colorways for your weapons. But if you tried scrolling through your inventory of characters too quickly, you could see (and hear as the fan kicked on) the console struggling to keep up. Like the new eShop, there’s a fluidity to Fortnite’s menu navigation on the Switch 2 that immediately makes the game feel more modern and like a platform designed to keep you poking around making adjustments to your avatar because it’s fun.

On the original Switch, it was common to see Fortnite characters whose in-game models looked very different than the rendered icons displayed in your locker due to a lack of proper lighting and things like clothing physics. Because of Fortnite’s toy-like aesthetic and the fact that you’re not meant to be staring at your character head-on while playing, Epic could get away with simpler models on the first Switch. But on the Switch 2, you can see how much work the studio’s designers have put into making its version of Poe Dameron look like Oscar Isaac, and Lewis Hamilton’s braids actually move like pieces of hair that have weight to them.

Before I was usually only able to check out the lobby for a couple of seconds before being pushed onto the Battle Bus because of how long the console spent stuck on its loading screen. But during my first Switch 2 Battle Royale, what shocked me most at first was to find my avatar standing in a lobby with ample time to mess around emoting at other players and checking out what kinds of skins they’d slapped on. I actually wanted to watch people dancing and playing instruments because there was time to do so without having to rush and get ready before everyone started shooting. And once the match had properly begun, I found myself way more interested in running around to look at waterfalls and watch NPC wander through neighborhoods as the sun set because of how much more visually impressive the island is with the update’s improved lighting and textures.

Fortnite still looks pleasantly cartoony on the Switch 2, but the game’s boosted frame rate and resolution give its visuals a gloss of reality that makes everything feel more high stakes. It was thrilling to see the Scarlet Witch sprinting through the woods trying to shoot Force Lightning at a Sabrina Carpenter. Technically speaking, the characters weren’t running any faster than they could have on the old Switch, but the action felt more intense because there was far more visual information coming in.

Epic Games

There were still a handful of moments where Fortnite’s glitchiness rendered its head. Even though the Switch 2 version has better draw distances to help you see things that are far away, occasionally, I could see the train chugging along at a chopped and stuttering pace. Character selections also sometimes wouldn’t immediately be updated after I selected them, and I’d have to wait until I was in a match to see which skin I’d equipped. At a glance, those sorts of bugs seemed to have more to do with how Fortnite is streamed to consoles as opposed to being reflections of the Switch 2’s hardware. But they weren’t so persistent enough to make the game feel broken or like it wasn’t a massive upgrade over the original Switch.

One of my personal bugaboos about skin-forward, free-to-play games like Fortnite is a concern that I’ll end up spending real world money on costumes that I don’t ultimately want to use all that much. It’s why I’ve been picky about buying skins and leery when it comes time to sign up for a new Battle Pass. Fortnite on the Switch 2 can’t solve for buyer’s remorse, but the game’s updated models make me want to try more of them out instead of sticking to my favorites who look better with their masks on.

To gamers on other platforms, this might all sound unremarkable. But the difference in quality between the Switch and Switch 2’s iterations of Fortnite is so stark that feels it fair to say that Epic has finally given the Nintendo fans a version of the game as it’s meant to be played — one that’s vibrant and makes you understand why it might be worth spending a few V-bucks. And if the game’s forthcoming mouse control support is anywhere nearly as well-implemented as these visual changes, Fortnite could be one of the best new(ish) games you can play on the Switch 2 right now.

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Make no mistake, the Bastl Kalimba is a synthesizer, you just play it like a kalimba. Its tines don’t really make much sound. There is an internal mic that you can blend in for a little acoustic spice, but it’s mostly driven by the synth engine that combines physical modeling and FM. The tines are actually touch and velocity-sensitive triggers. And, while it can sound somewhat like a real kalimba, it’s a lot more sonically versatile and offers features you can only find on a synth.

Beyond the synth sounds that range from pluck to pads, there are also built-in effects covering basic spatial effects like delay and reverb, as well as distortion, bit crushing, and even tape emulation. There’s also a multi-mode high- and low-pass filter, a simple arpeggiator.

More interesting, though, are the looper and touch points that add unique effects. The looper has time-stretching features, can be reversed, and rerecorded through the effects for destructive processing. A series of touchpads on the front enable note glides and alter the timbre using effects that Bastl calls Soil and Wind. Those effects unlock the Kalimba’s accelerometer for further timbral manipulation. There are also two programmable touch points on the top that can be assigned to almost any parameter, from simple pitch bends to the size of the reverb.

Bastl is currently running a Kickstarter campaign for the first batch of Kalimbas. Normally, this is where you get the caveats about crowdfunded products. But Bastl Instruments is a well-established company with a long track record of delivering oddball music gear at scale. The company called it “one of the most challenging” products it has ever created, and it spent more than three years in development, so it’s possible that Bastl is gauging interest before committing to mass production. We’ve reached out to Bastl for comment and will update if we hear back.

#Bastl #Kalimba #wild #synth #thinks #thumb #pianoEntertainment,Gadgets,Music,News,Tech">The Bastl Kalimba is a wild synth that thinks it’s a thumb pianoMake no mistake, the Bastl Kalimba is a synthesizer, you just play it like a kalimba. Its tines don’t really make much sound. There is an internal mic that you can blend in for a little acoustic spice, but it’s mostly driven by the synth engine that combines physical modeling and FM. The tines are actually touch and velocity-sensitive triggers. And, while it can sound somewhat like a real kalimba, it’s a lot more sonically versatile and offers features you can only find on a synth.Beyond the synth sounds that range from pluck to pads, there are also built-in effects covering basic spatial effects like delay and reverb, as well as distortion, bit crushing, and even tape emulation. There’s also a multi-mode high- and low-pass filter, a simple arpeggiator.More interesting, though, are the looper and touch points that add unique effects. The looper has time-stretching features, can be reversed, and rerecorded through the effects for destructive processing. A series of touchpads on the front enable note glides and alter the timbre using effects that Bastl calls Soil and Wind. Those effects unlock the Kalimba’s accelerometer for further timbral manipulation. There are also two programmable touch points on the top that can be assigned to almost any parameter, from simple pitch bends to the size of the reverb.Bastl is currently running a Kickstarter campaign for the first batch of Kalimbas. Normally, this is where you get the caveats about crowdfunded products. But Bastl Instruments is a well-established company with a long track record of delivering oddball music gear at scale. The company called it “one of the most challenging” products it has ever created, and it spent more than three years in development, so it’s possible that Bastl is gauging interest before committing to mass production. We’ve reached out to Bastl for comment and will update if we hear back.#Bastl #Kalimba #wild #synth #thinks #thumb #pianoEntertainment,Gadgets,Music,News,Tech

Bastl Kalimba is a synthesizer, you just play it like a kalimba. Its tines don’t really make much sound. There is an internal mic that you can blend in for a little acoustic spice, but it’s mostly driven by the synth engine that combines physical modeling and FM. The tines are actually touch and velocity-sensitive triggers. And, while it can sound somewhat like a real kalimba, it’s a lot more sonically versatile and offers features you can only find on a synth.

Beyond the synth sounds that range from pluck to pads, there are also built-in effects covering basic spatial effects like delay and reverb, as well as distortion, bit crushing, and even tape emulation. There’s also a multi-mode high- and low-pass filter, a simple arpeggiator.

More interesting, though, are the looper and touch points that add unique effects. The looper has time-stretching features, can be reversed, and rerecorded through the effects for destructive processing. A series of touchpads on the front enable note glides and alter the timbre using effects that Bastl calls Soil and Wind. Those effects unlock the Kalimba’s accelerometer for further timbral manipulation. There are also two programmable touch points on the top that can be assigned to almost any parameter, from simple pitch bends to the size of the reverb.

Bastl is currently running a Kickstarter campaign for the first batch of Kalimbas. Normally, this is where you get the caveats about crowdfunded products. But Bastl Instruments is a well-established company with a long track record of delivering oddball music gear at scale. The company called it “one of the most challenging” products it has ever created, and it spent more than three years in development, so it’s possible that Bastl is gauging interest before committing to mass production. We’ve reached out to Bastl for comment and will update if we hear back.

#Bastl #Kalimba #wild #synth #thinks #thumb #pianoEntertainment,Gadgets,Music,News,Tech">The Bastl Kalimba is a wild synth that thinks it’s a thumb piano

Make no mistake, the Bastl Kalimba is a synthesizer, you just play it like a kalimba. Its tines don’t really make much sound. There is an internal mic that you can blend in for a little acoustic spice, but it’s mostly driven by the synth engine that combines physical modeling and FM. The tines are actually touch and velocity-sensitive triggers. And, while it can sound somewhat like a real kalimba, it’s a lot more sonically versatile and offers features you can only find on a synth.

Beyond the synth sounds that range from pluck to pads, there are also built-in effects covering basic spatial effects like delay and reverb, as well as distortion, bit crushing, and even tape emulation. There’s also a multi-mode high- and low-pass filter, a simple arpeggiator.

More interesting, though, are the looper and touch points that add unique effects. The looper has time-stretching features, can be reversed, and rerecorded through the effects for destructive processing. A series of touchpads on the front enable note glides and alter the timbre using effects that Bastl calls Soil and Wind. Those effects unlock the Kalimba’s accelerometer for further timbral manipulation. There are also two programmable touch points on the top that can be assigned to almost any parameter, from simple pitch bends to the size of the reverb.

Bastl is currently running a Kickstarter campaign for the first batch of Kalimbas. Normally, this is where you get the caveats about crowdfunded products. But Bastl Instruments is a well-established company with a long track record of delivering oddball music gear at scale. The company called it “one of the most challenging” products it has ever created, and it spent more than three years in development, so it’s possible that Bastl is gauging interest before committing to mass production. We’ve reached out to Bastl for comment and will update if we hear back.

#Bastl #Kalimba #wild #synth #thinks #thumb #pianoEntertainment,Gadgets,Music,News,Tech
Find X9 launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software.

The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body.

What is QPPS?

OPPO Find X9 Ultra Camera Details Revealed Ahead of India Launch After a stellar Find X9 launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software. The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body. What is QPPS? The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens. An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels. A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast. To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels. Camera The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view. These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording. Software In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness. Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations. #OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo

The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens.

An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels.

A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast.

To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels.

Camera

Hasselblad Imaging System

The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view.

These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording.

Software

In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness.

Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations.

#OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo">OPPO Find X9 Ultra Camera Details Revealed Ahead of India Launch After a stellar Find X9 launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software. The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body. What is QPPS? The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens. An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels. A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast. To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels. Camera The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view. These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording. Software In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness. Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations. #OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo

launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software.

The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body.

What is QPPS?

OPPO Find X9 Ultra Camera Details Revealed Ahead of India Launch After a stellar Find X9 launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software. The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body. What is QPPS? The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens. An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels. A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast. To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels. Camera The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view. These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording. Software In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness. Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations. #OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo

The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens.

An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels.

A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast.

To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels.

Camera

Hasselblad Imaging System

The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view.

These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording.

Software

In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness.

Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations.

#OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo">OPPO Find X9 Ultra Camera Details Revealed Ahead of India Launch

After a stellar Find X9 launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software.

The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body.

What is QPPS?

OPPO Find X9 Ultra Camera Details Revealed Ahead of India Launch After a stellar Find X9 launch, the OPPO Find X9 Ultra will soon be available in India, bringing some exciting changes to the device, specifically aimed at boosting its camera performance. The firm is shifting its focus to hardware to enhance optical zoom capabilities, rather than relying too heavily on software. The star attraction is QPPS, a new periscope architecture that enhances the feasibility of extended-range optical zoom. In most smartphones, optical zoom is achieved using a single prism that deflects the light path horizontally. Although this design boosts zoom range, it is constrained by the space available in the phone body. What is QPPS? The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens. An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels. A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast. To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels. Camera The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view. These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording. Software In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness. Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations. #OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo

The QPPS (Quintuple Prism Periscope Structure) is designed to extend zoom using a smarter internal setup. In the camera body, the light reflects five times before hitting the sensor, thereby increasing the length of the optical pathway. Furthermore, the OPPO Find X9 Ultra can increase its focal length without compromising its thinness. The phone, therefore, can achieve true 10x optical zoom, equivalent to a 230mm lens.

An additional benefit of optical zoom is its ability to maintain image quality. Since the zoom is handled by the camera hardware, there’s less need for cropping or digital enhancement. This leads to sharper and more natural images. In everyday use, it improves shots of distant subjects and creates a pleasing background blur. It also ensures that image quality doesn’t drop suddenly as you move between zoom levels.

A multi-reflection system improves zoom, but it also complicates light handling. Each reflection point can introduce distortion or scattered light, which can affect the final image. Without proper control, this could lead to reduced sharpness and contrast.

To overcome this, OPPO uses a refined optical design that keeps light under control throughout its path. By applying highly precise adjustments, the camera is less affected by light, ensuring image quality. It means that you can take better shots with high zoom levels.

Camera

Hasselblad Imaging System

The phone has a 200 MP resolution camera that delivers high-quality photos, a 3X zoom camera that is useful for shooting in low light, and an ultra-wide camera that captures a wider view.

These elements combine to form an equilibrium system applicable to various situations. In cases where one is shooting portraits, scenery, or distant objects, the camera can do all that. Moreover, it features 4K Dolby Vision video recording capabilities, hence being suitable for photography and video recording.

Software

In this camera system, software plays a supporting role. The LUMO Image Engine focuses on refining the image rather than artificially generating details. Instead of using software to create details that do not exist in the image, the technology uses high-powered hardware to generate the main image. This helps create a more realistic image with natural details. Afterward, the software is used to enhance the final image through minor adjustments to colors and brightness.

Software often plays a bigger role than the camera hardware itself. However, OPPO approaches this issue from a different angle, focusing more on hardware advancements. It results in more realistic and natural pictures. Also, there is better performance during long-range zoom operations.

#OPPO #Find #Ultra #Camera #Details #Revealed #Ahead #India #LaunchOppo

The original mysterious black box wasn’t an AI model at all, but the Kaaba, the black cube at the center of the Sacred Mosque of Mecca. Prior to Muhammad’s conquest of Mecca, the Kaaba was a sort of all-purpose repository of 360 sacred symbols from around the region. If you were, say, a busy merchant on his way to Medina, whatever the great spiritual truths of the universe may be, they were in there somewhere, so a prayer to the Kaaba had you covered in the god department and you were good to go.

Anthropic seems to be doing something along these lines with Claude.

Last week, representatives from Anthropic—along with OpenAI—attended an event in New York called the “Faith-AI Covenant” roundtable. The New York Board of Rabbis, the Hindu Temple Society of North America, the Church of Jesus Christ of Latter-day Saints, the U.S.-based Sikh Coalition, and the Greek Orthodox Archdiocese of America were all in attendance.

Last month, I wrote about a series of meetings and dinners Anthropic organized with a collection of 15 Christian leaders. Anthropic was looking for advice from the Christians, and guidance on the supposed “spiritual development” of its Claude AI model. At the time Anthropic said it was working on arranging meetings with moral thinkers who represented other groups.

It’s not clear from a fresh Associated Press piece about the Faith-AI Covenant meeting whether these latest conversations with religious leaders and the earlier meetings with Christians were part of a single coherent program at Anthropic, and whether the staff members who participated in the Christian summit participated in this one as well. Gizmodo asked Anthropic for clarity about this on Saturday, but Anthropic did not return our request as of this writing.

The Associated Press also says OpenAI and Anthropic “initiated outreach,” but also that a Swiss NGO called the Interfaith Alliance for Safer Communities organized it, and has plans for future events along similar lines in China, Kenya and the United Arab Emirates. Also mentioned as a “key partner” was Baroness Joanna Shields, a member of the British House of Lords.

There’s not a single clear takeaway in the AP story—no religious instructions laid out by all these spiritual leaders. But what Anthropic calls Claude’s constitution includes a dissection of the philosophically fraught moral work Anthropic is at least trying to do by injecting morals into a machine: getting it to make the decision of a person with perfect values when there’s no way to write a rule for a situation that arises, and the consequences of making the wrong decision could be dire. This, Anthropic writes, is “centrally because we worry that our efforts to give Claude good enough ethical values will fail.”

To this end, the Associated Press story extracts some quietly devastating commentary from Rumman Chowdhury, CEO of a nonprofit called Humane Intelligence: “I think a very naive take that Silicon Valley has had for a couple of years related to generative AI was that we could arrive at some sort of universal principles of ethics,” Chowdhury told the AP, adding, “They have very quickly realized that that’s just not true. That’s not real. So now they’re looking at maybe religion as a way of dealing with the ambiguity of ethically gray situations.”

They are indeed looking at maybe religion. But it’s hard to picture Anthropic coming away from these meetings converted, and inserting one set of specific religious doctrines into Claude. They’re just trying to glean high order ethical truths, and demonstrating to the world that they’ve—ostensibly—left no stone unturned in searching for them.

Your mileage will vary on whether you think a machine charged with making decisions or giving important advice would, when the chips are down, be able to synthesize ideal morals thanks to meetings its creators held with administrators from some of humanity’s premier religions. It probably can’t hurt, sorta like nodding at the pre-Islamic Kaaba. But then again, only God knows for sure.

#Anthropic #Added #Religions #Quest #Inject #Perfect #Morals #ClaudeArtificial intelligence,religion">Anthropic Has Added Several More Religions on Its Quest to Inject Perfect Morals into Claude The original mysterious black box wasn’t an AI model at all, but the Kaaba, the black cube at the center of the Sacred Mosque of Mecca. Prior to Muhammad’s conquest of Mecca, the Kaaba was a sort of all-purpose repository of 360 sacred symbols from around the region. If you were, say, a busy merchant on his way to Medina, whatever the great spiritual truths of the universe may be, they were in there somewhere, so a prayer to the Kaaba had you covered in the god department and you were good to go. Anthropic seems to be doing something along these lines with Claude. Last week, representatives from Anthropic—along with OpenAI—attended an event in New York called the “Faith-AI Covenant” roundtable. The New York Board of Rabbis, the Hindu Temple Society of North America, the Church of Jesus Christ of Latter-day Saints, the U.S.-based Sikh Coalition, and the Greek Orthodox Archdiocese of America were all in attendance. Last month, I wrote about a series of meetings and dinners Anthropic organized with a collection of 15 Christian leaders. Anthropic was looking for advice from the Christians, and guidance on the supposed “spiritual development” of its Claude AI model. At the time Anthropic said it was working on arranging meetings with moral thinkers who represented other groups. It’s not clear from a fresh Associated Press piece about the Faith-AI Covenant meeting whether these latest conversations with religious leaders and the earlier meetings with Christians were part of a single coherent program at Anthropic, and whether the staff members who participated in the Christian summit participated in this one as well. Gizmodo asked Anthropic for clarity about this on Saturday, but Anthropic did not return our request as of this writing. The Associated Press also says OpenAI and Anthropic “initiated outreach,” but also that a Swiss NGO called the Interfaith Alliance for Safer Communities organized it, and has plans for future events along similar lines in China, Kenya and the United Arab Emirates. Also mentioned as a “key partner” was Baroness Joanna Shields, a member of the British House of Lords. There’s not a single clear takeaway in the AP story—no religious instructions laid out by all these spiritual leaders. But what Anthropic calls Claude’s constitution includes a dissection of the philosophically fraught moral work Anthropic is at least trying to do by injecting morals into a machine: getting it to make the decision of a person with perfect values when there’s no way to write a rule for a situation that arises, and the consequences of making the wrong decision could be dire. This, Anthropic writes, is “centrally because we worry that our efforts to give Claude good enough ethical values will fail.” To this end, the Associated Press story extracts some quietly devastating commentary from Rumman Chowdhury, CEO of a nonprofit called Humane Intelligence: “I think a very naive take that Silicon Valley has had for a couple of years related to generative AI was that we could arrive at some sort of universal principles of ethics,” Chowdhury told the AP, adding, “They have very quickly realized that that’s just not true. That’s not real. So now they’re looking at maybe religion as a way of dealing with the ambiguity of ethically gray situations.” They are indeed looking at maybe religion. But it’s hard to picture Anthropic coming away from these meetings converted, and inserting one set of specific religious doctrines into Claude. They’re just trying to glean high order ethical truths, and demonstrating to the world that they’ve—ostensibly—left no stone unturned in searching for them. Your mileage will vary on whether you think a machine charged with making decisions or giving important advice would, when the chips are down, be able to synthesize ideal morals thanks to meetings its creators held with administrators from some of humanity’s premier religions. It probably can’t hurt, sorta like nodding at the pre-Islamic Kaaba. But then again, only God knows for sure. #Anthropic #Added #Religions #Quest #Inject #Perfect #Morals #ClaudeArtificial intelligence,religion

was a sort of all-purpose repository of 360 sacred symbols from around the region. If you were, say, a busy merchant on his way to Medina, whatever the great spiritual truths of the universe may be, they were in there somewhere, so a prayer to the Kaaba had you covered in the god department and you were good to go.

Anthropic seems to be doing something along these lines with Claude.

Last week, representatives from Anthropic—along with OpenAI—attended an event in New York called the “Faith-AI Covenant” roundtable. The New York Board of Rabbis, the Hindu Temple Society of North America, the Church of Jesus Christ of Latter-day Saints, the U.S.-based Sikh Coalition, and the Greek Orthodox Archdiocese of America were all in attendance.

Last month, I wrote about a series of meetings and dinners Anthropic organized with a collection of 15 Christian leaders. Anthropic was looking for advice from the Christians, and guidance on the supposed “spiritual development” of its Claude AI model. At the time Anthropic said it was working on arranging meetings with moral thinkers who represented other groups.

It’s not clear from a fresh Associated Press piece about the Faith-AI Covenant meeting whether these latest conversations with religious leaders and the earlier meetings with Christians were part of a single coherent program at Anthropic, and whether the staff members who participated in the Christian summit participated in this one as well. Gizmodo asked Anthropic for clarity about this on Saturday, but Anthropic did not return our request as of this writing.

The Associated Press also says OpenAI and Anthropic “initiated outreach,” but also that a Swiss NGO called the Interfaith Alliance for Safer Communities organized it, and has plans for future events along similar lines in China, Kenya and the United Arab Emirates. Also mentioned as a “key partner” was Baroness Joanna Shields, a member of the British House of Lords.

There’s not a single clear takeaway in the AP story—no religious instructions laid out by all these spiritual leaders. But what Anthropic calls Claude’s constitution includes a dissection of the philosophically fraught moral work Anthropic is at least trying to do by injecting morals into a machine: getting it to make the decision of a person with perfect values when there’s no way to write a rule for a situation that arises, and the consequences of making the wrong decision could be dire. This, Anthropic writes, is “centrally because we worry that our efforts to give Claude good enough ethical values will fail.”

To this end, the Associated Press story extracts some quietly devastating commentary from Rumman Chowdhury, CEO of a nonprofit called Humane Intelligence: “I think a very naive take that Silicon Valley has had for a couple of years related to generative AI was that we could arrive at some sort of universal principles of ethics,” Chowdhury told the AP, adding, “They have very quickly realized that that’s just not true. That’s not real. So now they’re looking at maybe religion as a way of dealing with the ambiguity of ethically gray situations.”

They are indeed looking at maybe religion. But it’s hard to picture Anthropic coming away from these meetings converted, and inserting one set of specific religious doctrines into Claude. They’re just trying to glean high order ethical truths, and demonstrating to the world that they’ve—ostensibly—left no stone unturned in searching for them.

Your mileage will vary on whether you think a machine charged with making decisions or giving important advice would, when the chips are down, be able to synthesize ideal morals thanks to meetings its creators held with administrators from some of humanity’s premier religions. It probably can’t hurt, sorta like nodding at the pre-Islamic Kaaba. But then again, only God knows for sure.

#Anthropic #Added #Religions #Quest #Inject #Perfect #Morals #ClaudeArtificial intelligence,religion">Anthropic Has Added Several More Religions on Its Quest to Inject Perfect Morals into ClaudeAnthropic Has Added Several More Religions on Its Quest to Inject Perfect Morals into Claude The original mysterious black box wasn’t an AI model at all, but the Kaaba, the black cube at the center of the Sacred Mosque of Mecca. Prior to Muhammad’s conquest of Mecca, the Kaaba was a sort of all-purpose repository of 360 sacred symbols from around the region. If you were, say, a busy merchant on his way to Medina, whatever the great spiritual truths of the universe may be, they were in there somewhere, so a prayer to the Kaaba had you covered in the god department and you were good to go. Anthropic seems to be doing something along these lines with Claude. Last week, representatives from Anthropic—along with OpenAI—attended an event in New York called the “Faith-AI Covenant” roundtable. The New York Board of Rabbis, the Hindu Temple Society of North America, the Church of Jesus Christ of Latter-day Saints, the U.S.-based Sikh Coalition, and the Greek Orthodox Archdiocese of America were all in attendance. Last month, I wrote about a series of meetings and dinners Anthropic organized with a collection of 15 Christian leaders. Anthropic was looking for advice from the Christians, and guidance on the supposed “spiritual development” of its Claude AI model. At the time Anthropic said it was working on arranging meetings with moral thinkers who represented other groups. It’s not clear from a fresh Associated Press piece about the Faith-AI Covenant meeting whether these latest conversations with religious leaders and the earlier meetings with Christians were part of a single coherent program at Anthropic, and whether the staff members who participated in the Christian summit participated in this one as well. Gizmodo asked Anthropic for clarity about this on Saturday, but Anthropic did not return our request as of this writing. The Associated Press also says OpenAI and Anthropic “initiated outreach,” but also that a Swiss NGO called the Interfaith Alliance for Safer Communities organized it, and has plans for future events along similar lines in China, Kenya and the United Arab Emirates. Also mentioned as a “key partner” was Baroness Joanna Shields, a member of the British House of Lords. There’s not a single clear takeaway in the AP story—no religious instructions laid out by all these spiritual leaders. But what Anthropic calls Claude’s constitution includes a dissection of the philosophically fraught moral work Anthropic is at least trying to do by injecting morals into a machine: getting it to make the decision of a person with perfect values when there’s no way to write a rule for a situation that arises, and the consequences of making the wrong decision could be dire. This, Anthropic writes, is “centrally because we worry that our efforts to give Claude good enough ethical values will fail.” To this end, the Associated Press story extracts some quietly devastating commentary from Rumman Chowdhury, CEO of a nonprofit called Humane Intelligence: “I think a very naive take that Silicon Valley has had for a couple of years related to generative AI was that we could arrive at some sort of universal principles of ethics,” Chowdhury told the AP, adding, “They have very quickly realized that that’s just not true. That’s not real. So now they’re looking at maybe religion as a way of dealing with the ambiguity of ethically gray situations.” They are indeed looking at maybe religion. But it’s hard to picture Anthropic coming away from these meetings converted, and inserting one set of specific religious doctrines into Claude. They’re just trying to glean high order ethical truths, and demonstrating to the world that they’ve—ostensibly—left no stone unturned in searching for them. Your mileage will vary on whether you think a machine charged with making decisions or giving important advice would, when the chips are down, be able to synthesize ideal morals thanks to meetings its creators held with administrators from some of humanity’s premier religions. It probably can’t hurt, sorta like nodding at the pre-Islamic Kaaba. But then again, only God knows for sure. #Anthropic #Added #Religions #Quest #Inject #Perfect #Morals #ClaudeArtificial intelligence,religion

The original mysterious black box wasn’t an AI model at all, but the Kaaba, the black cube at the center of the Sacred Mosque of Mecca. Prior to Muhammad’s conquest of Mecca, the Kaaba was a sort of all-purpose repository of 360 sacred symbols from around the region. If you were, say, a busy merchant on his way to Medina, whatever the great spiritual truths of the universe may be, they were in there somewhere, so a prayer to the Kaaba had you covered in the god department and you were good to go.

Anthropic seems to be doing something along these lines with Claude.

Last week, representatives from Anthropic—along with OpenAI—attended an event in New York called the “Faith-AI Covenant” roundtable. The New York Board of Rabbis, the Hindu Temple Society of North America, the Church of Jesus Christ of Latter-day Saints, the U.S.-based Sikh Coalition, and the Greek Orthodox Archdiocese of America were all in attendance.

Last month, I wrote about a series of meetings and dinners Anthropic organized with a collection of 15 Christian leaders. Anthropic was looking for advice from the Christians, and guidance on the supposed “spiritual development” of its Claude AI model. At the time Anthropic said it was working on arranging meetings with moral thinkers who represented other groups.

It’s not clear from a fresh Associated Press piece about the Faith-AI Covenant meeting whether these latest conversations with religious leaders and the earlier meetings with Christians were part of a single coherent program at Anthropic, and whether the staff members who participated in the Christian summit participated in this one as well. Gizmodo asked Anthropic for clarity about this on Saturday, but Anthropic did not return our request as of this writing.

The Associated Press also says OpenAI and Anthropic “initiated outreach,” but also that a Swiss NGO called the Interfaith Alliance for Safer Communities organized it, and has plans for future events along similar lines in China, Kenya and the United Arab Emirates. Also mentioned as a “key partner” was Baroness Joanna Shields, a member of the British House of Lords.

There’s not a single clear takeaway in the AP story—no religious instructions laid out by all these spiritual leaders. But what Anthropic calls Claude’s constitution includes a dissection of the philosophically fraught moral work Anthropic is at least trying to do by injecting morals into a machine: getting it to make the decision of a person with perfect values when there’s no way to write a rule for a situation that arises, and the consequences of making the wrong decision could be dire. This, Anthropic writes, is “centrally because we worry that our efforts to give Claude good enough ethical values will fail.”

To this end, the Associated Press story extracts some quietly devastating commentary from Rumman Chowdhury, CEO of a nonprofit called Humane Intelligence: “I think a very naive take that Silicon Valley has had for a couple of years related to generative AI was that we could arrive at some sort of universal principles of ethics,” Chowdhury told the AP, adding, “They have very quickly realized that that’s just not true. That’s not real. So now they’re looking at maybe religion as a way of dealing with the ambiguity of ethically gray situations.”

They are indeed looking at maybe religion. But it’s hard to picture Anthropic coming away from these meetings converted, and inserting one set of specific religious doctrines into Claude. They’re just trying to glean high order ethical truths, and demonstrating to the world that they’ve—ostensibly—left no stone unturned in searching for them.

Your mileage will vary on whether you think a machine charged with making decisions or giving important advice would, when the chips are down, be able to synthesize ideal morals thanks to meetings its creators held with administrators from some of humanity’s premier religions. It probably can’t hurt, sorta like nodding at the pre-Islamic Kaaba. But then again, only God knows for sure.

#Anthropic #Added #Religions #Quest #Inject #Perfect #Morals #ClaudeArtificial intelligence,religion

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