Sony India Unveils ILCE‑7V: AI‑Powered Fifth‑Gen Alpha 7 Full‑Frame Camera

• Delivers dramatic evolution in AI subject recognition capabilities and high-speed performance for stills and video.

Sony India introduces the ILCE-7V, the fifth generation in the Alpha 7 Full-frame mirrorless line-up powered by the newly developed partially stacked Exmor RS™ CMOS image sensor with approximately 33.0 effective MP. The new BIONZ XR2™ image processing engine incorporates AI processing unit functions, delivering significant performance boosts across autofocus, tracking, speed, color accuracy, still capture, and video versatility.

AI-Powered Performance Boosts

• Up to 30% improvement in Real-time Recognition AF.
• 759 phase-detection points with 94% frame coverage.
• Precise subject tracking even in low-light conditions down to EV -4.0.
• High-resolution RAW processing supported via Imaging Edge Desktop.

No Compromise High-Speed Continuous Shooting

• 4.5x faster readout speed with Exmor RS™ CMOS sensor.
• Blackout-free continuous shooting up to 30 fps with AF/AE tracking.
• Pre-Capture function records up to 1 second before shutter press.

Outstanding Still Image Performance

• Up to 16 stops of dynamic range for tonal detail.
• AI-driven Auto White Balance for consistent color rendering.
• Deep learning-based light source estimation for natural color reproduction.

Versatile Video Capabilities

• 7K oversampled 4K 60p recording in full-frame mode.
• 4K 120p recording in APS-C/Super 35mm mode.
• Dynamic Active Mode stabilization for handheld video.
• AI-powered Auto Framing for optimal composition.
• Improved noise reduction and internal mic functionality for high-quality audio.

FE 28-70mm F3.5-5.6 OSS II - The All-Around Lens

• Compact, lightweight design optimized for continuous shooting.
• Up to 120 fps AF/AE tracking with compatible cameras.
• Seamless body-lens coordinated stabilization.
• AF available during zooming and built-in breathing compensation support.

Social Responsibility

• Aligned with Sony’s ‘Road to Zero’ initiative for zero environmental footprint by 2050.
• Manufacturing facilities operate on 100% renewable energy.
• Packaging uses Sony’s proprietary eco-friendly Original Blended Material instead of plastic.

Pricing and Availability

Model Name	MRP (INR)	Availability
ILCE-7V Body	255,990	10th Dec 2025 onwards
ILCE-7V M-kit	270,490	Feb 2026 onwards

Samsung Launches First 200 MP Telephoto Sensor for Smartphones Cameras

Samsung Electronics has introduced three new mobile image sensors designed for both main and sub cameras in smartphones — the ISOCELL HP9, the ISOCELL GNJ and the ISOCELL JN5.

Among these, ISOCELL HP9 is the Industry’s First 200MP Telephoto Sensor for Smartphones. 

1. ISOCELL HP9:

This groundbreaking sensor features an industry-leading 200MP resolution with 200 million 0.56-micrometer pixels in a 1/1.4-inch optical format. Its high-refractive microlens enhances light-gathering capability, resulting in vivid color reproduction and improved focus. Notably, the HP9 performs exceptionally well in low-light conditions and offers in-sensor zoom modes up to 12x while maintaining image quality.

Notably, the HP9 excels in low-light conditions, addressing a common challenge for traditional telephoto cameras. The ISOCELL HP9 is Samsung's groundbreaking mobile image sensor with some impressive features:

1. High Resolution: It boasts an industry-leading 200MP resolution, featuring 200 million 0.56-micrometer (μm) pixels in a 1/1.4-inch optical format. This makes it one of the most high-resolution sensors available for mobile devices.
2. In-Sensor Zoom: The HP9 supports in-sensor zoom using Tetra²pixel technology. It can zoom in up to 4x while maintaining crisp detail. When combined with a 3x telephoto module, it can achieve extreme zoom capabilities, going up to 12x with just the camera module.
3. Pixel Binning: The sensor optimizes pixel array for different lighting conditions. As light dims, it automatically merges neighboring pixels into one, allowing them to operate as a single 1.2µm-sized pixel with 50MP or a 2.4µm-sized pixel with 12.5MP. Even after zooming in at 4x, it still operates at 12.5MP, utilizing more pixels than 12MP sensors before zooming. This results in clearer low-light pictures with less noise.
4. High Precision Microlens: The HP9 uses a highly refractive material applied to the microlens, allowing it to more precisely collect and guide light toward the photodiode. This reduces crosstalk, increases the signal-to-noise ratio (SNR) by 38% compared to its predecessor, and improves autofocus performance by 10%.
5. Smart-ISO Pro: It can express over 4 trillion color combinations thanks to its 14-bit color depth, which is 64 times greater than 12-bit sensors. This was achieved by applying higher conversion gain for High ISO and merging two readouts: one with High/Mid ISO and another with Low ISO. Additionally, it uses Staggered HDR to capture images with a wider dynamic range.

Specifications:

• Effective Resolution: 16,320 x 12,288 (200M)
• Pixel Size: 0.56μm
• Optical Format: 1/1.4"
• Color Filter: Tetra²pixel RGB Bayer Pattern
• Frame Rate: 7.5 fps @ full 200 MP, 27 fps @ 50 MP, and 120 fps @ 12.5 MP.

The Samsung ISOCELL HP9 sensor has already been incorporated into two smartphones – Vivo X100 Ultra and HONOR Magic6 Pro. However, the HONOR Magic6 Pro employs a cropped version of the HP9, offering a 180MP resolution due to the crop.

These smartphones benefit from the HP9's impressive light sensitivity, vivid color reproduction, and improved focus, making these two smartphones stand out in mobile photography.

2. ISOCELL GNJ

The GNJ is a dual pixel sensor with 50 million 1.0-micrometer pixels in a 1/1.57-inch optical format. Each pixel houses two photodiodes, enabling fast and accurate autofocus, similar to human eyes. This sensor enhances overall imaging performance in smartphones.

Each pixel houses two photodiodes, enabling fast and accurate autofocus, similar to the way human eyes focus. The image sensor also simultaneously captures full color information for quick focusing with sustained image quality.

The GNJ combines dual pixel technology with an in-sensor zoom function to deliver clearer footage in video mode and higher-resolution images free from artifacts or moiré2 patterns in photo mode.

3. ISOCELL JN5:

The ISOCELL JN5 features 50 million 0.64μm pixels in a 1/2.76-inch optical format.

Dual vertical transfer gate (Dual VTG) technology increases charge transfer within pixels, substantially reducing noise in extreme low light conditions for clearer image quality.

Leveraging Super Quad Phase Detection (Super QPD), the JN5 adjusts focus by comparing phase differences both vertically and horizontally, catching even the smallest details of rapidly moving objects with minimal shake.

Additionally, the JN5 incorporates dual slope gain (DSG) technology to enhance its HDR. This technology amplifies the analog light information entering the pixels into two signals, converts them into digital, and then combines them into one data, expanding the range of colors that the sensor can produce.

Sony India Launches Alpha 9 III, World's 1st Full-Frame Image Sensor Camera with a Global Shutter System

Next generation Alpha 9 III captures all decisive moments with up to 120 frames per second high-speed shooting, distortion-free and blackout-free images, flash sync at all shooting speeds and much more

• A new dimension of still image performance created by the world’s first¹ global shutter image sensor
• Advanced video performance without distortion
• Operability and reliability for professionals
• High-speed workflow and scalability to support immediate delivery

Sony India today introduced the groundbreaking new Alpha 9 III camera equipped with the world’s first¹ full-frame global shutter image sensor. The impressive new global shutter full-frame image sensor enables the camera to shoot at burst speeds at up to 120 fps with no distortion or camera blackout. By combining this innovative sensor with Sony’s most advanced AF system to date – boasting AI autofocus with up to 120 times AF/AE focus calculations per second – as well as the ability to sync flash at all shooting speeds, the Alpha 9 III opens up a new world of possibilities for professional photographers to capture that decisive moment.

“The Alpha 9 III full-frame camera represents a monumental leap forward in the industry, setting a new standard that surpasses all expectations. By meticulously crafting every aspect, from sensor to physical design, button layout to menu functions, we have embraced the insights and needs of professional photographers worldwide. With the introduction of revolutionary features like the global shutter and the ground-breaking 120 fps capability, we are reshaping the very essence of photography. This is not just a camera, it is a testament of innovation, a tool that empowers photographers to push the boundaries of creativity and capture imagery beyond imagination. The Alpha 9 III is not simply about capturing moments it is about redefining new avenues in photography.” said Mukesh Srivastava, Head of Digital Imaging Business, Sony India.

1. A new dimension of still image performance created by the world’s first1 global shutter image sensor

The new Alpha 9 III is equipped with a newly developed world’s first¹ global shutter full frame stacked CMOS image sensor with approximately 24.6 effective megapixels[i] and built-in memory, combined with the latest image processing engine BIONZ XR®. It achieves blackout-free Continuous Shooting Speed with AF/AE tracking[ii] of up to approximately 120 frames per second4. The new Alpha 9 III is equipped with high-density focal plane phase detection AF.

A Designated AI processing unit uses Real-time Recognition AF (autofocus) to recognise a wide variety of subjects with high precision. By combining high-speed performance of up to 120 frames per second with highly accurate subject recognition performance, it is possible to easily photograph decisive scenes and moments that cannot be captured with the naked eye4.

The AI processing unit in the Alpha 9 III supports movies as well as stills with accurate subject form and movement recognition, providing a significant improvement in human eye recognition performance with Real-time Recognition AF and Real-time Tracking automatically recognising, tracking, and focusing on the eyes of a specified subject[iii]. The Alpha 9 III is equipped with 8.0 stops[iv] of optical 5-axis in-body image stabilisation, allowing for high-quality image rendering.

Shutter speed is freed from the limitations of conventional mechanical shutter image sensors and achieves a maximum shutter speed of 1/80000 second (1/16000 second during continuous shooting)[v], making it possible to capture at high speed without any distortion. When a compatible Sony flash[vi] is attached, such as the HVL-F60RM2 and HVL-F46RM (sold separately), it is possible to synchronise the flash and take pictures at all shutter speeds up to 1/80000 second8. Previously, if the user released the shutter at a speed faster than the flash’s synchronisation speed, the amount of light would drop sharply, but with the full-speed flash synchronisation function, it’s now possible to photograph scenes that could not be easily captured with conventional technology. Also, when shooting stills or movies under LED lighting, the Hi Frequency Flicker function can significantly reduce high-frequency flicker problems by allowing the shutter speed to be finely adjusted to match the flicker frequency while viewing the monitor.

The Alpha 9 III features selectable release lag modes which allows the user to prioritise release lag or viewfinder/monitor display[vii]. The newly installed Pre-Capture function allows the user to go back up to 1 second and record the moment before pressing the shutter, a Continuous Shooting Speed Boost[viii] change during shooting, and enhanced burst stamina ensures that important moments are reliably captured due to a large buffer memory and increased overall system speed allow up to approximately 390 Fine JPEG images[ix] to be captured in one continuous 30 fps[x] burst.

Customisable focus areas have been expanded to include from XS to XL instead of the previous S, M, and L sizes. The Preset Focus/Zoom function allows preset focus and zoom settings to be memorised in the camera for quick recall when needed[xi]. In addition to the existing custom white balance frame size, the user can now select other sizes as needed which allows for fine white balance adjustment after an image has been composed. The Alpha 9 III has upgraded features such as the latest AF algorithms to achieve high AF precision down to light levels as low as EV-5 in AF-S mode (ISO 100 equivalent, F2.0 lens), AF tracking for continuous shooting at F22[xii] and a composite RAW shooting function that gives the ability to combine multiple consecutive images into a high-quality composite.

2. Advanced video performance without distortion

The global shutter image sensor provides distortion-free image expression for videos as well as still images. For example, the user can shoot images of nearby scenery from a fast-moving vehicle such as a car or fast-moving subjects with ease. This camera is the first in the Alpha™ series to be able to record 4K 120p high-frame-rate video without cropping, allowing the user to shoot at the angle of view intended. It is also possible to shoot high-resolution 4K 60p videos with 6K oversampling.

The Alpha 9 III has the image creation process S-Cinetone™, created through the development of the VENICE digital cinema camera for video production, making human skin and subjects stand out beautifully, creating natural highlights. The Alpha 9 III is equipped with the latest video performance including rich gradation performance and S-Log3, and when in Log shooting mode, it can reflect and display the user’s favorite imported LUT. Alpha 9 III is compatible with the mobile app “Monitor & Control” for video creators.

3. Operability and reliability for professionals

Sony has listened to the voices of professional photographers and created operability and reliability that supports professional image makers. The shape of the grip is improved and ergonomically designed so that it can be easily held in the palm of the user’s hand to avoid straining the user even when wearing a telephoto lens or using it for long periods of time.

The VG-C5 vertical grip (sold separately), provides the same operability and versatility as when shooting horizontally; the user can comfortably support long shooting sessions. The grip and shutter button area share the same design as the main body, allowing image capture without feeling uncomfortable, with the same operability as the camera. The Alpha 9 III is equipped with a 4-axis multi-angle LCD monitor that can be operated by touch, allowing for intuitive operation using the latest touch menu. The electronic viewfinder uses a 9.44 million-dot Quad XGA OLED and achieves high visibility with the same brightness as the α7R V and a magnification of approximately 0.90x. Also, a custom button is placed on the front of the camera, and the continuous shooting speed can be changed by operating the custom button assigned with Continuous Shooting Speed Boost with the finger holding the grip, allowing for highly immediate operations. It supports professional photographers when shooting in all environments.

4. High-speed workflow and scalability to support immediate delivery

New features for the Alpha 9 III include a playback image filter that allows the user to efficiently select a large number of images using high-speed continuous shooting, and a function menu that can be used even during image playback, strongly supporting professional workflows from shooting to delivery. A function menu can now be used during playback so the user can efficiently select a huge number of images using high-speed continuous shooting. The “Playback Function Menu” can be assigned in advance, so the user can perform protection, smartphone transfer, FTP transfer, etc. during image playback. The user can select images narrowed down with a playback filter and play them from the function menu, allowing for quick delivery of specific images. The camera is equipped with a dedicated microphone for voice memos on the back, and the built-in microphone located near the mouth allows clear recording of audio even in noisy environments. The recorded audio data can be transferred via FTP along with the images. The camera allows the user to set up to 20 presets from the International Press Telecommunications Council (IPTC), an international consultative body in which news organisations from various countries participate.

The Alpha 9 III can transfer data up to twice as fast as the Alpha 9 II. 5 GHz communication offers maximum speed and stability for news and sports shooters who need to deliver immediately via FTP, as well as for studio environments. The Alpha 9 III allows stills and movies to be recorded to memory media in numerous ways including the two media slots that support CFexpress Type A cards as well as UHS-I and UHS-II SD cards.

It is compatible with the professional mobile application “Transfer & Tagging” which speeds up the image delivery workflow, and the application “Remote Camera Tool” which allows remote shooting of PCs using wired LAN. In addition, the Alpha 9 III is scheduled to support functional enhancements such as FTP operability, relay playback, and C2PA format support[xiv] through a camera software update[xv]. Sony will continue to expand functions such as breathing correction, relay playback, and C2PA format support for the Alpha 1 and Alpha 7S III in the future17 to meet the needs of professionals along with the Alpha 9 III.

Pricing and Availability

Alpha 9 III will be available across Sony retail stores (Sony Center and Sony Exclusive), the www.ShopatSC.com portal, major electronic stores, and other e-commerce websites in India from 26th February 2024 onwards.

Model	Best Buy (in INR)	Availability Date
Alpha 9 III Camera	529,990/-	26th February 2024

[I] Compared to interchangeable-lens digital cameras. As of the November 2023 product announcement. Sony survey.

[II] Approximate, effective.

[III] Sony test conditions. Maximum continuous frame rate may be lower in some shooting conditions. Continuous shooting speed may vary depending on the lens used in AF-C focus modes. Visit Sony’s support web page for lens compatibility information. https://www.sony.net/dics/ilce9m3cnlns/ A software update for the lens itself is also required. The software is scheduled to be released after December 2023.

[IV] When subject recognition is ON during AF shooting. Face, eye, etc. recognition status can be monitored when subject recognition frame display is ON.

[V] CIPA standards. Pitch/yaw shake only. FE 50mm F1.2 GM lens. Long exposure NR off.

[VI] Maximum shutter speed is 1/16000 second when F1.8 or larger aperture is used. 1/80000 second speed not available when shooting movies, when using the Var. Shutter function, or when no lens is mounted.

[VII] A software update is required. The software update will be released simultaneously with the Alpha 9 III. Some variation in brightness and colour may occur between shots when using shutter speeds higher than 1/10000 second. Light level may not reach the manual light output level setting at some shutter speeds, resulting in insufficient light level. Refer to the support page at https://www.sony.net/dics/ilce9m3fl/ for details.

[VIII] With the default [Auto/Off] setting no blackout occurs when shooting is started, and release time is controlled for optimum display latency. The [Fast Release/On] setting provides the shortest possible release time lag with blackout occurring on only the first image in a continuous burst. The [Stable Release/On] setting minimises variations in release lag with blackout occurring on only the first image in a continuous burst, making it easier to release the shutter at the intended moment.

[IX] Continuous shooting may be interrupted when Continuous Shooting Speed Boost is used to switch from a low shooting speed to a shooting speed higher than 60 fps, or when switching from a high shooting speed to a shooting speed lower than 30 fps.

[X] With Sony CEA-G160T C Fexpress Type A memory cards (sold separately). Sony test conditions.

[XI] Sony test conditions. Maximum continuous frame rate may be lower in some shooting conditions. Continuous shooting speed may vary depending on the lens used in AF-C focus modes. Visit Sony’s support web page for lens compatibility information.

[XII] Preset focus works with compatible lenses such as the FE 300mm F2.8 GM OSS. Preset Focus/Zoom settings cannot be recalled while the shutter button is half-pressed. Only focus can be preset for prime lenses. If a zoom lens without power zoom is attached, the focus position/zoom positions can only be registered and recalled via remote operation using the computer software Remote Camera Tool. For details, refer to the following website. https://support.d-imaging.sony.co.jp/app/remotecameratool/l/index.php. Preset Focus/Zoom can only be recalled when the lens that was mounted when the settings were registered is used. Not all lenses are compatible.

[XIII] When [Aperture Drive in AF] is set to [Focus Priority], the aperture size can be smaller than F22. Results may vary depending on shooting conditions and the lens used.

[XIV] A standards organisation that develops open standards and technical specifications for the origin and authenticity of digital content.

[XV] Will be available in select countries and regions.

[XVI] Software update available by Q2 2024 (calendar year).

OPPO’s Camera Innovation 6nm NPU MariSilicon X Delivers an End-to-end Imaging Solution with Its Reno8 Series

After improved algorithms and its collaborations with Sony on RGBW camera sensors, OPPO further solidifies its imaging innovations with its proprietary MariSilicon X NPU

Users can now shoot 4K Ultra Night Video and #TransformTheNight

OPPO’s camera innovation has reached new heights with the development of its neural processing unit MariSilicon X. The brand—known for its software and hardware technologies that enhance camera performance—continues to push the envelope when it comes to image processing. This evolution has been developed over three significant areas of innovation.

PROPRIETARY ALGORITHMS

OPPO’s engineers have developed algorithms that render accurate Indian skin tones and even create Bokeh Flare Portrait Videos. OPPO's AI can distinguish between skin blemishes and beauty spots—as well as the age and sex of the subject—to apply different levels of beautification and skin smoothening.

OPPO's cameras recognise shooting scenarios and lighting to select the appropriate camera mode, including HDR for those perfect wide-exposure shots without user intervention.

RGBW SENSOR TECHNOLOGY

On the hardware front, the brand collaborated with Sony to develop its all-new RGBW (red, green, blue, white) pixel array technology that is an update from traditional RGGB (red, green, green, blue) sensors. This proprietary technology, which involves 87 technical patent applications, inserts W (transparent) pixels in each RGGB pixel to allow 60% more light and a 20.2% increase in purity when compared with regular RGGB sensors. Essentially, it translates to more detailed low-light captures and improved skin tones in portraits. OPPO and Sony debuted this new RGBW technology in the Reno7 Series with the IMX709 selfie sensor, which continues to drive better light handling and colour tones in OPPO's portrait photography.

MARISILICON X NPU

OPPO's innovation in smartphone camera tech has now ascended new heights with the development of its MariSilicon X Neural Processing Unit (NPU) which is designed for computational photography. This chip—developed over three years and comprising 400 patent applications—packs 3.6 billion transistors and can perform up to 18 trillion operations per second (18 TOPS). OPPO built MariSilicon X on the cutting-edge 6nm chip architecture that delivers an incredible 11.6 TOPS per watt for low-power consumption even in the most demanding tasks.

It is capable of real-time lossless AI processing in the Bayer RAW domain with image data from the 50MP IMX766 rear camera sensor. MariSilicon X's image processing speed allows users to shoot night videos in 4K Ultra HDR quality with the promise of crystal-clear frames. With the NPU’s support for HDR Fusion and AINR (AI Noise Reduction) algorithm operations, it delivers 4K Ultra Night Video at up to 20Bit (theoretically), with the brightest spot up to 1 million times brighter than the darkest.

With MariSilicon X, OPPO has created a complete set of customised solutions for software and hardware integration in computational photography. It is the last piece of OPPO's custom imaging system, designed to leverage the strength of its camera sensor and run its imaging proprietary algorithm even more efficiently.

All these innovations in smartphone camera technology will come together in the upcoming OPPO Reno8 Pro smartphone.

OPPO has crafted the Reno8 Series cameras to help photographers and videographers #TransformTheNight by leveraging cutting-edge technologies that tackle the pain points of night-time shooting where each frame—movies or stills—is crystal clear and rendered with accurate colours.

OPPO is a leading global smart device brand. Since the launch of its first mobile phone - “Smiley
Face” - in 2008, OPPO has been in relentless pursuit of the perfect synergy of aesthetic satisfaction and innovative technology. Today, OPPO provides a wide range of smart devices spearheaded by the Find and Reno series. Beyond devices, OPPO provides its users with the ColorOS operating system and internet services like OPPO Cloud and OPPO+. OPPO operates in more than 50 countries and regions with more than 40,000 of OPPO's employees are dedicated to creating a better life for customers around the world.

ZHIYUN India launches SMOOTH-Q3 and WEEBILL 2 Gimbal

Smooth-Q3 a smartphone Gimbal comes with Industry-first Rotatable LED Light

WEEBILL 2- a DSLR Gimbal comes with video transmission & Built-in Display Monitor

New Delhi, 10 September 2021: ZHIYUN, the world’s most popular gimbal brand for cameras and smartphones has launched 2 news Gimbals in India – SMOOTH-Q3 and WEEBILL 2.

SMOOTH-Q3 comes with industry-first features to light up your videos. The Gimbal is a compact, feature-rich three-axis gimbal, that comes with a unique rotatable fill light, 17 smart templates, and boasts a simplified and detail-oriented design. The gimbal offers 4,300k warm-toned integrated fill light with three levels of brightness adjustment and touch button control for 180°front and rear lighting. With these unique features, the brand has addressed the long-standing challenge of low-light setups.

In addition to this with the dedicated ZY Cami app, SMOOTH-Q3 users can now capture and create stories in more ways than ever, with new features including SMART templates and an advanced editor.

Additional new features include gesture control, Smart Follow 3.0 Object Tracking, an instant Dolly Zoom, and Magic Clone Panorama which is operated by a single press trigger button to mark the target and activate smart following.

The gimbal is a compact powerhouse, as it is easier to fold and lighter than its predecessor, SMOOTH-Q2 while boasting a higher maximum payload. It measures 45*154*180mm, while it weighs only 340g, and can handle a 280g smartphone payload.

Smooth-Q3 Supported with All Major Android & Apple Phones and will give better quality to all the content creators and others.

Specifications

Price

Smooth-Q3 - INR 9000/-

Smooth-Q3 Combo – INR 10,500/-

The second gimble launched WEEBILL 2 is the exciting reinvention of the iconic DSLR gimbal WEEBILL which enables, both, creativity and professionalism for the users in every still or video they capture.

The WEEBILL 2 is the first gimbal to flaunt a feature-rich 2.88 inch, full-color, flip-out HD touchscreen supporting full Camera controls. Users can also access intelligent features including one-touch SMART FOLLOW and TIMELAPSE and GESTURE CONTROL via the WEEBILL 2 touchscreen without having to use the ZY PLAY app.

WEEBILL 2 is designed for mainstream mirrorless and DSLR camera and lens combinations, for example, Sony's A7S3 24-70 F2.8, LUMIX S5 + 24-105 F4, CANON R6+ 15-35 F2.8, NIKON 6II + 24-70 F4, FUJIFILM X- H1+ 16- 55 F2.8.

Specifications

Price

Weebill 2 – INR 49,000/-

Weebill 2 Combo – INR 59,000/-

Weebill 2 Pro – INR 75,000/-

Availability

The product is available on all leading e-commerce websites like AMAZON, FLIPKART in India along with leading cameras and CE Stores. Every ZHIYUN product comes with 1 Year Parts Replacement Warranty. Also, the brand is providing 30 minutes training session free of the cost for each product on every purchase.

• ZHIYUN India - https://www.zhiyunindia.com
• Amazon Seller - Appario Retail
• Flipkart Seller - RetailNet
• Available at all Leading Cameras & CE stores

On the launch of new products Mr. Mayank Chachra, Representative, ZHIYUN India said "We have been getting a good response in the Indian market. So far we have clearly witnessed 60% percent month-on-month growth. We have 11 products available from the brand in the market, and by the end of the fiscal, we plan to take this number up to 15. We have always believed in offering convenience along with aesthetics to our users, and with the new launches we have reinstated just the same."

The brand is determined to expand its offerings to Indian audiences and providing them with refined technology. ZHIYUN recently launched SMOOTH XS, a smart stabilizer in India. The launch of SMOOTH-Q3 and WEEBILL 2 comes in less than a month of the last launch, highlight the brand’s enthusiastic approach in the market.

About ZHIYUN India

ZHIYUN is a pioneer and a world leader in gimbals and stabilizers for both professional filmmakers and personal video creators. ZHIYUN in India is being launched and manage by GLOBAL TECHNOLOGY & RESEARCH Company. Customers can register service requests for any ZHIYUN product at the ZHIYUN India website (https://www.zhiyunindia.com). Team also managing the dedicated service centers for ZHIYUN in India.

Shetala Agencies brings Seek Thermal Devices to India

Shetala Agencies, one of the leading technology product distribution agencies in India, is bringing the entire range of Seek Thermal cameras and devices to India. Seek Thermal, based in Santa Barbara of California, USA provides high-performance thermal imaging products, including Seek Scan - a new temperature screening system specifically designed and calibrated for skin temperature measurement during COVID-19 in public and private areas, where large groups of people congregate.

Seek Scan is an automated and affordable temperature screening device that automatically detects a face, identifies the most reliable facial features for measurement and displays an alert if someone is warmer than the customizable target temperature. This technology could provide critical help to scan and test people across India and help optimize the initial testing process in areas such as airports etc.

[caption id="attachment_144729" align="alignleft" width="222"] Seek Thermal Reveal-6[/caption]

The other products produced by Seek Thermal are Seek Reveal, Seek Shot and Seek Compact.

Seek Reveal is a durable, handheld thermal camera that combines high-resolution thermal imaging, a long-lasting rechargeable battery, and a large color display in one durable device.

Seek Shot is the most advanced thermal imaging camera for building/construction professionals. It helps in capturing a photo and analyzing it immediately with on-device measurement tools.

Seek Compact is a series of powerful thermal imaging cameras designed for smartphones. It transforms a smartphone or tablet into a professional thermal imaging tool.

"We are very happy to bring Seek Scan and other products of Seek Thermal to India. Seek Scan is a simple, affordable, thermal imaging system designed to automate body temperature screening using skin temperature as a proxy. Seek Scan can be very useful in this situation as the world is facing the global pandemic COVID-19 as it helps in social distancing to avoid the spread of the virus at the time of temperature screening at various places. It is very easy-to-install and easy-to-use, the system can be up and running in minutes with no special equipment or training," said Mr. Ananth Seshan, Director, Shetala Agencies.

Contact: Shetala Camera: seekthermal@shetalacamera.com

About Seek Thermal

Seek Thermal, See the Unseen - engineers and manufactures low-cost, high-resolution thermal imaging cameras and OEM thermal cores. Founded by industry pioneers who spent 40 years advancing the state of military and professional-grade thermal technologies, Seek Thermal has developed a breakthrough line of products at competitive price points making this technology more accessible to manufacturers and end-users. The company's products serve the firefighting, law enforcement, commercial markets and many others.

Tenda Launches its Wi-Fi Security Camera 'C80' in India

Remote viewing through Teye App; supported by iPhone and Android smartphone, allows the user to receive notifications

Tenda, the worldwide leader of networking devices and equipment launches "C80" - HD Home Security Camera with Night Vision in India.  C80 is a portable security camera that is equipped with features such as Night Vision and Motion Alarm sensors that keep the user’s home and belongings safe. It also comprises an in-built Microphone and speaker for two way audio communication.

Tenda C80 boasts of a 1080p HD lens with 10-metre IR-LED illumination distance and also supports 8x digital zoom for high-definition video recording offering a wide-ranging view 355° horizontal and 55° vertical coverage.

[caption id="attachment_138413" align="aligncenter" width="1024"] Tenda C80 Smart Home Security Camera[/caption]

The newly launched C80 Security Camera offers a storage capacity of 128GB; recordings can be stored in SD/TF Card with the video recording for about 400 hours. One can also opt for Tenda’s Cloud Storage facility that comes with a 7 days free option.

The Inside of the camera is equipped with Hi3518EV200 Chipset for better performance. C80 is supported by both iPhone and Android smartphones. Teye App allows remote viewing to the users and with its App; one can receive instant notifications too.

Speaking on the launch, John Dong, Director, Tenda India commented “With the introduction of our IP security camera in India, we are providing state of the art technologies to our potential users at a very honest price. Tenda C80 is a perfect blend of style, security & technology and comes with unique features such as night vision, motion sensors to keep a close eye on your belongings and any human interference."

Key Features and Benefits: 

• Hi3518EV200 Chipset


• 355° Horizontal


• 55° Vertical 


• Cloud Storage enabled


• Built-in Two-Way Audio Streaming


• Night Vision


• Motion Detection Sensor


• 128GB Storage Capacity


• 8X Digital Zoom


• 5V Power Input


• Teye App Connectivity

Pricing and Availability:

Tenda C80HD Home Security Camera is available through authorized partners, other reseller channels and e-commerce portals at an MRP of INR 6500/- across India.

Samsung unveils World's Highest-Resolution for Mobile Cameras with 64Mp ISOCELL Image Sensor

On Thursday (May 9), South Korean electronics giant, Samsung Electronics Co, introduced the world's highest-resolution image sensor, with 64 megapixels for smartphones, to meet the growing demand for mobile devices with better image quality.

Samsung unveiled two new 0.8-micrometer pixel image sensors-the 64-megapixel ISOCELL Bright GW1 and the 48-megapixel ISOCELL Bright GM2, expanding its 0.8-micrometer pixel image sensor lineup, the smallest pixel size currently available in the market.

“Over the past few years, mobile phone cameras have become the main instrument for recording and sharing our everyday moments,” said Yongin Park, executive vice president of sensor business at Samsung Electronics.

"With more pixels and advanced pixel technologies, Samsung ISOCELL Bright GW1 and GM2 will bring a new level of photography to today’s sleekest mobile devices that will enhance and help change the way we record our daily lives," Park said.

ISOCELL Bright GW1 is a 64Mp image sensor that features the highest resolution in Samsung’s 0.8μm-pixel image sensor lineup. With pixel-merging Tetracell technology and remosaic algorithm, GW1 can produce bright 16Mp images in low-light environments and highly-detailed 64Mp shots in brighter settings.

The Tetracell technology merges four pixels into one so that users can achieve high quality images in all light conditions. In bright environments, Tetracell uses a re-mosaic algorithm to produce full resolution images.

[caption id="attachment_130414" align="aligncenter" width="1024"] Samsung ISOCELL GW1[/caption]

[caption id="attachment_130415" align="aligncenter" width="1024"] Samsung ISOCELL GM2[/caption]

To take pictures resembling the way the human eye perceives its surroundings in a mixed light environment, GW1 supports real-time high dynamic range (HDR) of up to 100-decibels (dB) that provides richer hues. In comparison, the dynamic range of a conventional image sensor is at around 60dB, while that of the human eye is typically considered to be around 120dB.

GW1 is equipped with a Dual Conversion Gain (DCG) that converts the received light into an electric signal according to the illumination of the environment. This allows the sensor to optimize its full well capacity (FWC), utilizing the collected light more efficiently especially in bright environments. Sharper results can be delivered through Super PD, a high-performance phase detection auto-focus technology, and full HD recording at 480 frames-per-second (fps) is supported for smooth cinematic slow motion videos.

ISOCELL Bright GM2 is a 48Mp image sensor that also adopts Tetracell technology in low-light environments and a remosaic algorithm in well-lit settings, bringing highly-detailed pictures with natural and vivid colors. GM2, like GW1, adopts DCG as well for added performance and Super PD for fast autofocus.

Samsung ISOCELL Bright GW1 and GM2 are currently sampling and are expected to be in mass production in the second half of this year.

Samsung first announced its ISOCELL technology in 2013, which reduces color-cross talk between pixels by placing a physical barrier, allowing small-sized pixels to achieve higher color fidelity. Based on this technology, Samsung introduced the industry’s first 1.0um-pixel image sensor in 2015 and 0.9-pixel sensor in 2017. In June 2018, Samsung introduced an upgraded pixel isolation technology, the ISOCELL Plus.

Additionally, the world's biggest smartphone vendor is also said to be developing various sensors for automotive cameras to meet growing demands for self-driving cars.

The image sensor market is expected to grow to a level comparable to the current memory chip market through 2030 in line with advancements in artificial intelligence and 5G technologies.

Source - Samsung

[Top-most Featured image is for representative purpose only sourced from Alice Donovan Rouse on Unsplash]

IIIT Hyderabad Alumni Startup 'DreamVu' Building Omni-Stereo Camera Tech Raises Funds from SRI Capital

California and Hyderabad-based deep technology startup DreamVu Inc. has raised an undisclosed amount in a strategic funding from SRI Capital, an early stage venture capital firm of veteran entrepreneur Sashi Parvatha Reddi.

Founded in 2017 by Rajat Aggarwal and Rohan Bhatial, who are both graduates from International Institute of Information Technology (IIIT), Hyderabad, DreamVu has developed the world's first omni-stereo camera hardware and software platform for unifying human and machine vision, which means a platform for both human and machine vision.

The startup will use the freshly raised capital to innovate further and also in taking its products to the early adopters as development kits and also use funds for fulfilling its vision of enabling futuristic capturing technologies such as in autonomous machines. In order to disrupt the autonomous guided robotics landscape the startup is selling to and partnering with system integrators worldwide.

The startup has developed a power and cost-efficient omni-directional camera platform inspired by human binocular vision and perception. It helps in providing augmented navigation capabilities and a full scene-understanding of unconfined and dynamic environments to autonomous robots.

The start was also a part of AVISHKAR Deep Tech Accelerator, a DeepTech early stage accelerator at IIIT-Hyderabad Foundation.

DreamVu platform's 7D output enables live VR streaming and preview, seamless localization and mapping, and object tracking to name a few. We capture 4D light field function into a single sensor, which simplifies the processing pipeline.

[caption id="attachment_127534" align="aligncenter" width="732"] PAL - A 3 360° depth sensor developed by DreamVu
[Image - dreamvu.com/][/caption]

The startup aims to revolutionize the way reality is being captured with by applying its its camera technology in a wide range of verticals including VR, AR to autonomous machines (vehicles, drones and robots) to smart invasive systems.

Jay Krishnan, partner at SRI Capital, said, "SRI Capital is committed to backing startups with IP in areas that form the frontiers of new technologies. We were thrilled to see DreamVu’s solution with an optics- first approach that allows sensors and optics to disrupt value chains long powered by electronics and software. DreamVu is well positioned to transform the autonomous guided space with its product- portfolio and stellar backing through its advisers, investors and the operating team."

Krishnan, who was earlier the CEO at T-Hub, the largest startup accelerator in Hyderabad, has recently joined SRI Capital in October.

"We are privileged to have partnered with a startup born here in Hyderabad and formed by young and ingenious entrepreneurs. We are positive that the value we provide in addition to this investment will significantly accelerate DreamVu’s growth curve in new markets," added Jay Krishnan.

DreamVu is the second firm from IIIT-Hyderabad in which SRI Capital has invested. SRI Capital had launched its maiden $100 million technology focused fund in July to invest in startups in US and India. In the last five years, SRI Capital has invested in 36 startups.

[Top Featured Image - Facebook.com/dreamvu.inc/]

Source - Telangana Today

Indian-Origin Scientist Invents Camera That Can See Through Human Body

An Indian-origin scientist has helped invent a camera which can change the way doctors conduct internal examinations. Kev Dhaliwal, Professor of Molecular Imaging and Healthcare Technology at the University of Edinburgh, has successfully led a team to create a medical camera that is capable of seeing through the human body. Yes, you read that right. The camera can actually see through a human body.

The inventors are hopeful that their invention holds immense potential for doctors in tracking of internal examinations. The camera will help in keep a tracking of medical tools, known as endoscopes, that are used to detect a number of internal conditions during internal examinations.

The camera invented by the team functions by detecting light sources inside the body, such as the illuminated tip of the endoscope's long flexible tube.



Until the invention, doctors had to depend on expensive scans, such as X-rays, to trace the progress trajectory of these internal examinations.

While light from the endoscope is capable of passing through the human body, it ends up scattering or bouncing off the organs and tissues rather than going straight through. This ends up making it quite difficult to get a clean shot of endoscope's whereabouts.

The camera that the team has invented capitalizes on the advanced technology that is capable of detecting individual particles of light, called photons. In fact, the camera is so sensitive that it can even catch the tiny traces of light passing through tissue. Not only this, it is can also record the time taken for light to pass through the human body, allowing the device to also detect the scattered light.



The project, which is being led by the University of Edinburgh and Heriot-Watt University, is officially a part of the Proteus Interdisciplinary Research Collaboration, which is currently engrossed into developing a wide range of new technologies for diagnosing and treating lung diseases. Proteus is being funded by the Engineering and Physical Sciences Research Council and the latest research has already found a place in the esteemed journal ‘Biomedical Optics Express’.

According to the scientists, they wanted to make a camera that can be easily used at a patient's bedside, and they're happy they could achieve the same.

According to Dhaliwal, Project Lead of Proteus, their invention offers diverse applications. He said, “It has immense potential for diverse applications, such as the one described in this work. The ability to see a device’s location is crucial for many applications in healthcare, as we move forwards with minimally invasive approaches to treating disease."

Indian-Origin Scientist Invents Camera That Can See Through Human Body

An Indian-origin scientist has helped invent a camera which can change the way doctors conduct internal examinations. Kev Dhaliwal, Professor of Molecular Imaging and Healthcare Technology at the University of Edinburgh, has successfully led a team to create a medical camera that is capable of seeing through the human body. Yes, you read that right. The camera can actually see through a human body.

The inventors are hopeful that their invention holds immense potential for doctors in tracking of internal examinations. The camera will help in keep a tracking of medical tools, known as endoscopes, that are used to detect a number of internal conditions during internal examinations.

The camera invented by the team functions by detecting light sources inside the body, such as the illuminated tip of the endoscope's long flexible tube.



Until the invention, doctors had to depend on expensive scans, such as X-rays, to trace the progress trajectory of these internal examinations.

While light from the endoscope is capable of passing through the human body, it ends up scattering or bouncing off the organs and tissues rather than going straight through. This ends up making it quite difficult to get a clean shot of endoscope's whereabouts.

The camera that the team has invented capitalizes on the advanced technology that is capable of detecting individual particles of light, called photons. In fact, the camera is so sensitive that it can even catch the tiny traces of light passing through tissue. Not only this, it is can also record the time taken for light to pass through the human body, allowing the device to also detect the scattered light.



The project, which is being led by the University of Edinburgh and Heriot-Watt University, is officially a part of the Proteus Interdisciplinary Research Collaboration, which is currently engrossed into developing a wide range of new technologies for diagnosing and treating lung diseases. Proteus is being funded by the Engineering and Physical Sciences Research Council and the latest research has already found a place in the esteemed journal ‘Biomedical Optics Express’.

According to the scientists, they wanted to make a camera that can be easily used at a patient's bedside, and they're happy they could achieve the same.

According to Dhaliwal, Project Lead of Proteus, their invention offers diverse applications. He said, “It has immense potential for diverse applications, such as the one described in this work. The ability to see a device’s location is crucial for many applications in healthcare, as we move forwards with minimally invasive approaches to treating disease."

Google all set to guard your home by introducing $150 Surveillance Camera

Google is all set to replace the security guards at your home with their range of home surveillance cameras. According to reports, Google is seriously contemplating buying Dropcam which is a home security camera Company. Currently, the firm sells one security camera at $150 which is connected by internet and controlled with the help of an application.

It is assumed that by buying Dropcam, the technology giant is planning to increase its home automation products after it recently acquired Nest which is a thermostat firm. In 2013, Dropcam was successful in raising around $30 million in funds for its hi-tech security cams.

According to the company, the camera makes use of bank-level security to code all the videos. It also sends Smartphone and email alerts to its users.  The camera also has an HD resolution which supports full 720 pixel live streaming. It also comes power packed with digital zoom, night vision and two-way talk back feature. In addition, the camera is also equipped to provide its users with the stored footage of last seven or thirty days with the help of optional cloud recording feature.

Using Dropcam along with Android or Apple store app you can receive alerts for motion and sound on your smartphone or other device or drop in live and talk directly with people and pets.

Founded by Aamir Virani and Greg Duffy in 2009, Dropcam is a San Francisco based firm. It also offers its customers a larger and better field of view and image quality in Dropcam Pro which comes in at $199. This move taken by Google is seen as an answer to Apple which is soon planning to add a universal home remote feature to its iPAD through which the users will be able to control everything from their washing machines to television sets.

This project may be launched in its Worldwide Developer Conference which is all set to take place in June alongside Apple’s new version of iPad and iPhone software. Home automation gadgets are currently sold in many Apple stores all around the world. These include Philips Hue lightbulbs, Google’s Nest thermostats, Belkin WeMo switches and Dropcam wireless cameras. This event is also expected to see a big improvement in its Mac and iPhone software. One major improvement which the users might be able to see in iPad will be its new split screen which will be capable of running two apps simultaneously.

Google all set to guard your home by introducing $150 Surveillance Camera

Google is all set to replace the security guards at your home with their range of home surveillance cameras. According to reports, Google is seriously contemplating buying Dropcam which is a home security camera Company. Currently, the firm sells one security camera at $150 which is connected by internet and controlled with the help of an application.

It is assumed that by buying Dropcam, the technology giant is planning to increase its home automation products after it recently acquired Nest which is a thermostat firm. In 2013, Dropcam was successful in raising around $30 million in funds for its hi-tech security cams.

According to the company, the camera makes use of bank-level security to code all the videos. It also sends Smartphone and email alerts to its users.  The camera also has an HD resolution which supports full 720 pixel live streaming. It also comes power packed with digital zoom, night vision and two-way talk back feature. In addition, the camera is also equipped to provide its users with the stored footage of last seven or thirty days with the help of optional cloud recording feature.

Using Dropcam along with Android or Apple store app you can receive alerts for motion and sound on your smartphone or other device or drop in live and talk directly with people and pets.

Founded by Aamir Virani and Greg Duffy in 2009, Dropcam is a San Francisco based firm. It also offers its customers a larger and better field of view and image quality in Dropcam Pro which comes in at $199. This move taken by Google is seen as an answer to Apple which is soon planning to add a universal home remote feature to its iPAD through which the users will be able to control everything from their washing machines to television sets.

This project may be launched in its Worldwide Developer Conference which is all set to take place in June alongside Apple’s new version of iPad and iPhone software. Home automation gadgets are currently sold in many Apple stores all around the world. These include Philips Hue lightbulbs, Google’s Nest thermostats, Belkin WeMo switches and Dropcam wireless cameras. This event is also expected to see a big improvement in its Mac and iPhone software. One major improvement which the users might be able to see in iPad will be its new split screen which will be capable of running two apps simultaneously.