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New Mobility For SoCal

New Mobility For SoCal

At this year's Consumer Electronics Show, Sony Honda Mobility Inc. (SHM) introduced the world to its first automobile offering, the AFEELA 1. For many in attendance, there was only one follow-up question: 'Where can I get one?'
The answer is right here in Southern California. The innovative vehicle, born of a collaboration between electronics giant Sony and longtime auto manufacturer Honda, AFEELA 1 is now available to experience at their new location in the Century City Westfield Plaza for a six-month showcase (with reservations now available online and deliveries beginning by mid-2026). California residents are the only people on the planet who can reserve the AFEELA 1, making this an exclusive opportunity for the state's drivers to experience the future of mobility before the company expands. But what makes AFEELA 1 - and its upending of the typical driving experience – so special?
AFEELA 1 is not just a car; it's a bold reimagining of the relationship between people and mobility. A seamless blend of advanced driving software, hardware, entertainment options and sustainably sourced materials, SHM has crafted a vehicle that promises to grow with its users and offer a next-level driving experience. It isn't about getting from point A to point B; it's about creating a journey that's safe, secure and less stressful, thanks to its Advanced Driver Assistance Systems (ADAS) and a bevy of interactive features designed for communication and entertainment.
AFEELA 1 revolutionizes driver and passenger experience. A design philosophy underscoring driver and passenger experience creates stunning visuals and audioscapes. The Panoramic Screen offers high levels of visibility, intuitive operation and both on-road information and entertainment. Sony's advanced 360 Spatial Sound technology offers immersive audio experiences and passengers can enjoy videos, music and content. The entire interior functions like an immersive private theater.
Innovation also lies in its Intelligent Drive system, powered by 40 sensors on the vehicle and optimized by AI technology. Views of system information are unencumbered due to the uniquely shaped steering wheel and safety features even include a weather-proof digital rearview mirror.
AFEELA 1's design philosophy centers around the harmony you'd expect from the collaboration between the two companies, with a flowing 'oval' theme that permeates both its exterior and interior. A sleek shape offers a timeless-yet-modern sensibility that defies the passé. The tech collaboration between Sony and Honda is apparent even on walkup to the AFEELA 1, as the front 'Media Bar' allows for owner customization, displaying messages to drivers and others and allowing individual personalities to shine. While luxe in feel, approximately 70% of the interior surfaces in the AFEELA 1, including seats, door skins, the dashboard and even mats are made from plant-derived and recycled sources, underscoring SHM's commitment to sustainability.
AFEELA 1 is now available in two trims: Origin (which starts at $89,900) and Signature, the latter featuring 21-inch wheels, a rear entertainment system, a Center Camera Monitoring System and starting at $102,900 - either can be reserved exclusively by California customers now for a fully refundable $200 fee. Both price points include a complimentary three-year subscription to several features, including the company's Level 2-plus driver assist and an AI-powered personal assistant.
As a bonus for U.S. buyers, the vehicle is compatible with the North American Charging Standard (NACS), ensuring ease of charging anywhere. The launch colors include Core Black, Tidal Gray and Calm White.
SHM launching its first Southern California showroom in Century City demonstrates the company's belief in the state's forward-thinking focus on mobility. In addition, locations in Torrance and Fremont are opening AFEELA Studios and Delivery Hubs in the second half of the year, with much fanfare surrounding both locations.
As AFEELA 1 prepares to make its mark on California, it stands as a testament to what can be achieved with innovation and willing early adopters. For those looking to be part of this exciting journey, the doors are now open for reservations, heralding the arrival of a new chapter in the story of mobility.
Make a demo appointment at the Century City showroom here.
Reserve your AFEELA 1 here.

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Sony Semiconductor Solutions to Release Stacked SPAD Depth Sensor for Automotive LiDAR Applications, Delivering High-Resolution, High-Speed Performance
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High-resolution, high-speed distance measuring performance contributes to safer, more reliable future mobility ATSUGI, Japan, June 9, 2025 /PRNewswire/ -- Sony Semiconductor Solutions Corporation (SSS) today announced the upcoming release of the IMX479 stacked, direct Time of Flight (dToF) SPAD depth sensor for automotive LiDAR systems, delivering both high-resolution and high-speed performance. The new sensor product employs a dToF pixel unit composed of 3×3 (horizontal × vertical) SPAD pixels as a minimum element to enhance measurement accuracy using a line scan methodology. 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Main Features Up to 20 fps frame rate, the fastest for a 520 dToF pixel SPAD depth sensor*2This product consists of a pixel chip (top) with back-illuminated dToF pixels and a logic chip equipped with newly developed distance measurement circuits (bottom) using a Cu-Cu connection on a single chip. This design enables a small pixel size of 10 μm square, achieving high resolution of 520 dToF pixels. The new distance measurement circuits handle multiple processes in parallel for even better high-speed technologies achieve a frame rate of up to 20 fps, the fastest for a 520 dToF pixel SPAD depth sensor.*1 They also deliver capabilities equivalent to 0.05 degrees vertical angular resolution, improving the vertical detection accuracy by 2.7 times that of conventional products.*5 These elements allow detection of three-dimensional objects that are vital to automotive LiDAR, including objects as high as 25 cm(such as a tire or other objects in the road) at a distance of 250 m. Excellent distance resolution of 5 cm intervalsThe proprietary circuits SSS developed to enhance the distance resolution of this product individually processes each SPAD pixel data and calculates the distance. Doing so successfully improved the LiDAR distance resolution to 5 cm intervals. High, 37% photon detection efficiency enabling detection of objects up to a distance of 300 mThis product features an uneven texture on both the incident plane and the bottom of the pixels, along with an optimized on-chip lens shape. Incident light is diffracted to enhance the absorption rate to achieve a high, 37% photon detection efficiency for the 940 nm wavelength, which is commonly used on automotive LiDAR laser light sources. It allows the system to detect and recognize objects with high precision up to 300 m away even in bright light conditions where the background light is at 100,000 lux or higher. Key Specifications Model name IMX479 Effective SPAD pixels 105 × 1,568 pixels (H × V), approx. 164,000 pixels Vertical effective dToF pixel count 520 dToF pixels Image size Diagonal 15.8 mm (1-type) Recommended light source wavelength 940 nm SPAD unit cell size 10.08 μm × 10.08 μm (H × V) Element size (dToF pixel unit) Minimum 3 × 3 (H × V) Photon detection efficiency 37% (940 nm wavelength) Response speed Approx. 6 ns Power supply SPAD breakdown voltage −20.5V SPAD excess voltage 3.3V Analog 3.3V Digital 1.125V Interface 1.8V Interface MIPI CSI-2 serial output (4 lane) Chip size 12.2 mm × 20.0 mm (H × V) Max. detection distance 300 m Distance precision at 300 m Minimum 5 cm equivalent Mechanical scan LiDAR for evaluating the productSSS has developed a mechanical scanning*6 LiDAR unit equipped with this new sensor for product evaluation, which will be provided to customers and partners. This will contribute to customer and partner LiDAR development and product evaluation initiatives. *1 The frame rate may vary depending on horizontal FoV (Field of View) and its resolution.*2 According to SSS research (as of announcement on Jun 10, 2025)*3 Differs depending on the handling quantity.*4 A technology used when a pixel chip (top) is stacked with a logic chip (bottom), to achieve electrical continuity by connecting the Cu (copper) pads to each other. This increases the flexibility in the design, improves productivity, and enables a smaller size and higher performance compared with Through-Silicon Vias (TSV), where the upper and lower chips are connected via electrodes around the circumference of the pixel area*5 Compared with SSS' IMX459 1/2.9-type 100,000-effective pixel SPAD depth sensor.*6 A method in which a rotating mirror reflects the beam from a fixed laser light source for wide area horizontal scanning. View original content to download multimedia: SOURCE Sony Semiconductor Solutions Corporation Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data

Sony Semiconductor Solutions to Release Stacked SPAD Depth Sensor for Automotive LiDAR Applications, Delivering High-Resolution, High-Speed Performance
Sony Semiconductor Solutions to Release Stacked SPAD Depth Sensor for Automotive LiDAR Applications, Delivering High-Resolution, High-Speed Performance

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High-resolution, high-speed distance measuring performance contributes to safer, more reliable future mobility ATSUGI, Japan, June 9, 2025 /PRNewswire/ -- Sony Semiconductor Solutions Corporation (SSS) today announced the upcoming release of the IMX479 stacked, direct Time of Flight (dToF) SPAD depth sensor for automotive LiDAR systems, delivering both high-resolution and high-speed performance. The new sensor product employs a dToF pixel unit composed of 3×3 (horizontal × vertical) SPAD pixels as a minimum element to enhance measurement accuracy using a line scan methodology. In addition, SSSs proprietary device structure enables a frame rate of up to 20 fps*1, which is the fastest for such a high-resolution SPAD depth sensor having 520 dToF pixels.*2 The new product enables the high-resolution and high-speed distance measuring performance demanded for an automotive LiDAR required in advanced driver assistance systems (ADAS) and automated driving (AD), contributing to safer and more reliable future mobility. Model name Sample shipment date (planned) Sample price (including tax)*3 IMX479 1-type (15.8 mm diagonal) 520-dToF-pixel SPAD depth sensor Autumn 2025 ¥35,000 LiDAR technology is crucial for the high-precision detection and recognition of road conditions and the position and shape of the objects, such as vehicles, pedestrians. There is a growing demand for further technical advancements and developments progress in LiDAR toward Level 3 automated driving, which allows for autonomous control. SPAD depth sensors use the dToF measurement method, one of the LiDAR ranging methods, that measures the distance to an object by detecting the time of flight (time difference) of light emitted from a source until it returns to the sensor after being reflected by the object. The new sensor harnesses SSS's proprietary technologies acquired in the development of CMOS image sensors, including the back-side illuminated, stacked structure and Cu-Cu (copper-copper) connections.*4 By integrating the newly developed distance measurement circuits and dToF pixels on a single chip, the new product has achieved a high-speed frame rate of up to 20 fps while delivering a high resolution of 520 dToF pixels with a small pixel size of 10 μm square. Main Features Up to 20 fps frame rate, the fastest for a 520 dToF pixel SPAD depth sensor*2This product consists of a pixel chip (top) with back-illuminated dToF pixels and a logic chip equipped with newly developed distance measurement circuits (bottom) using a Cu-Cu connection on a single chip. This design enables a small pixel size of 10 μm square, achieving high resolution of 520 dToF pixels. The new distance measurement circuits handle multiple processes in parallel for even better high-speed technologies achieve a frame rate of up to 20 fps, the fastest for a 520 dToF pixel SPAD depth sensor.*1 They also deliver capabilities equivalent to 0.05 degrees vertical angular resolution, improving the vertical detection accuracy by 2.7 times that of conventional products.*5 These elements allow detection of three-dimensional objects that are vital to automotive LiDAR, including objects as high as 25 cm(such as a tire or other objects in the road) at a distance of 250 m. 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This will contribute to customer and partner LiDAR development and product evaluation initiatives. *1 The frame rate may vary depending on horizontal FoV (Field of View) and its resolution.*2 According to SSS research (as of announcement on Jun 10, 2025)*3 Differs depending on the handling quantity.*4 A technology used when a pixel chip (top) is stacked with a logic chip (bottom), to achieve electrical continuity by connecting the Cu (copper) pads to each other. This increases the flexibility in the design, improves productivity, and enables a smaller size and higher performance compared with Through-Silicon Vias (TSV), where the upper and lower chips are connected via electrodes around the circumference of the pixel area*5 Compared with SSS' IMX459 1/2.9-type 100,000-effective pixel SPAD depth sensor.*6 A method in which a rotating mirror reflects the beam from a fixed laser light source for wide area horizontal scanning. View original content to download multimedia: SOURCE Sony Semiconductor Solutions Corporation Sign in to access your portfolio

The decade-old Suzuki that trumps EVs
The decade-old Suzuki that trumps EVs

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The decade-old Suzuki that trumps EVs

Despite record revenue and operating income in fiscal 2024-25, Suzuki Motor Corporation remains a cautious company. The latest results, with the main numbers equivalent to 35.4 and 3.9 billion euro, prove the wisdom of its always-keep-costs-as-low-as-possible strategy. The decade-old yet still competitive Vitara is but one example. Long lived and all the better for it Kaizen is all through this small SUV. There have been two facelifts, multiple engine changes and evolutions, new transmissions and, mercifully, an interior left mostly alone. The Vitara retains strong appeal thanks to great economy (low weight plus mild and series hybrid powertrains), fair pricing and no nagging electronics. Sure, the ADAS stuff is all there but it keeps quiet. And who wants to be asked five minutes after setting off: 'Time for a break?'. Or harangued constantly for daring to drive in sunglasses. I know people who are avoiding buying a new car due to this stuff. Press a button on either the tailgate, either front door or the ancient looking yet somehow appealing remote and the car unlocks. There is no 'welcome' sound and/or lights show, the driver's seat and steering wheel adjust manually, the door trim shifts slightly when you lower any window and there's a manual parking brake. No key, mind; firing up and shutting off are also done via a button-press. When will we see Suzuki EVs? Everything, including the steering, is the opposite of heavy in the Vitara. Which is very Suzuki. And one of the main reasons why the company has waited so long before creating EVs. And you can set a PR machine on this issue, as Renault Group has done with its fabulous new ad, yet here again is an inconvenient truth, batteries bring much mass (sorry to state one fact: the A390 prototype weighs 2,121 kilos). Plug-in Suzukis are coming but due to India being far and away the vehicles division's number one market (almost as vital as the USA is to Subaru), electric cars have not been a priority. Increasingly they will be. Maruti Suzuki (MSIL) is under constant attack from three main challengers. Recently Mahindra turned the tables on Hyundai and Tata by grabbing and holding on to second place in passenger car sales. Still the Indian-Japanese JV holds some 40 percent of the local market, down from more than half. Yet everything is changing in this now giant market. Gone are the days of outdated Maruti models, and here in Europe we too will increasingly benefit from MSIL's new-tech cars and SUVs. Even now, the Japanese market's Fronx and Jimny Nomade (five-door) are sourced from India. The e Vitara, Suzuki's first global EV, is coming our way too, as is the Urban Cruiser, a rebadged variant for Toyota Motor Europe. Four models for the UK Leveraging the well-known Vitara name could be a masterstroke for what is a small brand in the UK and the region we are part of. Suzuki may be a medium-sized OEM overall but it's only a minor one in Britain. And yet such is the reputation for value, reliability and longevity that resales tend to be strong. After a culling of certain models a while back, there are now only four models available here: Swift, S-Cross, Vitara and Across. The last of those costs almost fifty thousand pounds, a stunning amount for a Suzuki. All others start below thirty grand, or twenty in the Swift's case. Priced from GBP27,299, the cheapest Vitara is £750 less than the entry level S-Cross, with Motion and Ultra trim levels (as well as a production plant) in common. There is no higher model grade with the Hybrid, which means just one variant and pricing a little below the top-spec Mild Hybrid. See below for specifics of each. AGS solely for the Hybrid Facelift number two was announced last year, Suzuki GB terming this its 2025 range. That's also when the Motion and Ultra names were applied to this model. Strictly speaking there is no Vitara automatic. However, the Hybrid has only two pedals, its 'AGS' gearbox being an automated manual. Swapping cogs yourself is an increasingly rare thing in new cars. The shifting in this one is - that word again - light, and a delight. As Suzuki doesn't always give you this many ratios, worthy of mention is that there are six (in every Vitara, manual or AGS). Unusually, reverse is at bottom right and you must raise a collar to select it. What a pleasure and novelty choosing any gear is compared to so many awful auto-selectors. The day after this press tester went back, an XC90 arrived: its P-R-N-D is slow, vague and generally far inferior. As it has been for more than a decade. Why is such basic stuff so hard for some car makers? The tweaks for 2025 Changes for the 2025 Vitara are fairly minor, though at the front it's easy to notice the new headlights, differently shaped foglamps and DRL, plus what looks like a nudge-bar but isn't. The last of these is a small but highly effective visual change, it being merely some dark plastic below the grille. Other updates include specific alloy wheels for Motion and Ultra variants. Each are seventeen inches in diameter and for the top trim they have a chrome-look finish. Almost a convertible Gauges are analogue and all the better for being so, the eyeball-style vents remain a delight to use and the touchscreen is nicely sized at only nine inches in diameter. Plastics are all durable and certain things such as the steering wheel buttons have a satisfying feel to them, not being haptic. Overhead, and the press tester was in Ultra specification, is a metre-long glass roof. This is in fact two panels and they slide to reveal a vast space (well, 56 cm is vast for a car that's only 4.1 m long). It's a terrible shame that the light-coloured and too-thin sunblind is ineffective - a proper black-out one is needed. MHEV has more power than HEV The 48V MHEV which I had temporary custody of has more power than the HEV. With the mild hybrid, a 95 kW (129 PS) and 235 Nm 1.4-litre engine is boosted by a 10 kW (14 PS) and 53 Nm motor. Drive can be to the front or both axles. The stated WLTP average is 53.2 mpg (FWD). The AWD press vehicle returned 52.1 from a mix of city and motorway journeys. Choose the 140V Hybrid instead and you'll get Suzuki's K15C, a naturally aspirated 1.5, also with four cylinders. Outputs are 74 kW (101 PS) plus 24 kW (33 PS) and 60 Nm from the motor. Combined power for what is officially known as the 'Full Hybrid' is 85 kW (116 PS). The 0-62 mph time is 13.5 seconds, 4.0 more than the MHEV. How is it to drive? For a car that's so old the Vitara isn't at all bad to drive. Every mandated safety system is the opposite of intrusive, and sure, it rolls around if you push hard but why would you? Off-road, this has always been a highly capable 4x4 too, though less so as a 4x2. The wheelbase may be on the short side yet the ride is good and the suspension has long travel. If only the steering had better feel. And yet nobody could dislike this vehicle due to its rather wonderful almost timeless appeal. Conclusion Would I buy one? Definitely. For what you pay, there is a terrific amount of value, and compared to almost any EV, oodles of character. I hope Suzuki keeps the updates coming every few years and that production continues for another decade."The decade-old Suzuki that trumps EVs" was originally created and published by Just Auto, a GlobalData owned brand. The information on this site has been included in good faith for general informational purposes only. It is not intended to amount to advice on which you should rely, and we give no representation, warranty or guarantee, whether express or implied as to its accuracy or completeness. You must obtain professional or specialist advice before taking, or refraining from, any action on the basis of the content on our site. Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data

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