Author Archives: JC Torres

This AI Desk Terminal Has a Screen, Knob, and Voice Control

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AI has become a permanent fixture in how we work, but accessing it still feels strangely clumsy. Most of the time, it means opening yet another browser tab, typing a prompt into a chat window, waiting for a response, then copying it somewhere else. The irony is thick: tools designed to save time end up buried under the same pile of windows and notifications they were supposed to help manage.

The DECOKEE Quake approaches this problem sideways, and the solution is physical. It is a desktop terminal built around an 8.88-inch ultra-wide IPS touchscreen and a single rotary control knob, designed to sit alongside a keyboard rather than compete with the monitor above it. Everything about the form factor suggests a device that wants to be glanced at, tapped, and spoken to, not stared at for hours.

Designer: DECOKEE

Click Here to Buy Now: $279 $359 (22% off). Hurry, only 66/500 left! Raised over $231,000.

Pick it up and the construction registers immediately. The body is CNC-machined aluminum alloy with an anodized matte finish, a material choice that gives the Quake a density and coolness that plastic peripherals simply cannot replicate. A transparent backplate on the rear adds a subtle design signature, while the adjustable stand lets the screen tilt anywhere from flat to 60 degrees. At roughly 800g, it has enough heft to stay planted on a desk without feeling like an anchor.

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That ultra-wide screen has a 1920×480 resolution at 450 nits or brighter, and its unusual aspect ratio turns out to be a deliberate design decision. Rather than mimicking a small monitor, the panel is shaped for control surfaces: rows of customizable touch shortcuts, status dashboards, system stats, and meeting interfaces laid out horizontally. The rotary knob beside it offers infinite rotation with a push-button click and an RGB light ring that changes color based on what mode the Quake is operating in, turning a simple input device into a status indicator.

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Where the Quake earns its “AI copilot” label is in meetings. Tap a button, and it begins recording through a built-in far-field microphone with noise reduction, then auto-generates a structured transcript and summary when the call ends. Ten summary templates let the output match the context, whether it is a standup, a client call, or a brainstorm. Real-time translation covers 17 languages, and a system-level mic mute button works across every app on the computer, not just Zoom or Teams.

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Beyond meetings, holding the knob and speaking activates a conversational AI layer with over 100 configurable assistant roles. Ask it to generate a shortcut layout for Photoshop, and it builds one on screen, ready to use. Ask for a translation, a compliance check, or a math solution, and the response appears on the Quake’s display without ever pulling focus from the main monitor. The same voice input can produce custom wallpapers and emojis, though the novelty of AI-generated desktop art will vary by taste.

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The feature list stretches further than expected for a device this compact. A system monitoring mode displays real-time CPU, memory, and network stats. A Discord overlay gives gamers channel and mute controls without alt-tabbing. Home Assistant integration (through API setup) allows single-tap smart home control from the touchscreen. There is even a music player with a vinyl-inspired interface that connects to Spotify or plays local files, which is a charming if unexpected addition to a productivity device.

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What makes the Quake interesting as a design object is the underlying argument it makes about where AI belongs on a desk. Not trapped inside a browser tab, not buried in a notification, but sitting in a physical surface with tactile controls and a screen that stays visible. Whether that argument holds up after months of daily use is something only shipped units will answer.

Click Here to Buy Now: $279 $359 (22% off). Hurry, only 66/500 left! Raised over $231,000.

The post This AI Desk Terminal Has a Screen, Knob, and Voice Control first appeared on Yanko Design.

Lenovo Built a Laptop Whose Keyboard, Screen, and Ports Come Apart

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Business laptops have spent years getting thinner without getting more useful. The result is a category of machines that travel well and perform adequately, but ask them to flex beyond their fixed configuration, and they politely refuse. A second screen means a separate bag. Different ports mean a separate adapter. Lenovo’s ThinkBook Modular AI PC Concept, announced at MWC 2026, starts from the premise that the laptop’s form factor itself is the problem worth solving.

The concept is built around a 14-inch base unit in dark navy aluminum, conventional enough in isolation. The keyboard detaches completely over Bluetooth, and a secondary display module connects via pogo pins, the same spring-contact system that keeps the pieces in reliable communication without cables between them. That secondary display is the part that does the most work.

Designer: Lenovo

Positioned alongside the base on its own kickstand, it functions as a portable travel monitor in portrait or landscape orientation. Swapped with the keyboard instead, it turns the system into a dual horizontal screen setup with a combined viewing area of roughly 19 inches. Mounted on the top cover, it faces outward, which makes sharing content across a table a matter of flipping a panel rather than rotating an entire laptop.

The IO port modules are a smaller but equally considered detail. Each is a compact cube carrying a single connector, USB-A, USB-C, or HDMI, that slots into a shared housing on the base. Rather than committing to a fixed port arrangement, the base accepts whichever combination a given situation calls for, swapped out as needed, and stored in a small clamshell case that travels with the system.

The honest tension in all of this is that modularity trades one kind of inconvenience for another. A fixed laptop is limiting but uncomplicated. A modular one is flexible but requires keeping track of several small components that each have their own way of going missing. The pogo-pin connection is a good answer to the cable problem, and the accessories shown are compact enough to fit in a jacket pocket, but the system only works as promised if all its pieces arrive together.

What the concept gets right is identifying that most professionals don’t use their laptops the same way twice in a single day. The morning commute, the desk setup, the client meeting, and the hotel room at the end of it all make different demands, and a device that can reconfigure itself for each of them without requiring a separate piece of hardware for every scenario is a reasonable thing to want.

Whether the modularity holds up to daily handling, with real wear on the pogo pins and real risk of leaving the keyboard module in a conference room, is a question that only a shipping product could answer. For now, the ThinkBook Modular AI PC Concept is an argument that the laptop doesn’t have to be a fixed object, but one that can adapt to your needs and lifestyle.

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Lenovo Just Turned the Ugly Desk Hub Into an AI Assistant

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Most desks already have too much on them. A laptop, an external monitor, a charging cable snaking toward a phone, maybe a cold cup of coffee that started the morning with good intentions. And somewhere behind all of it is a hub that ties all of it together, which is usually a graceless plastic brick shoved behind something else, forgotten until a port stops working. It’s the least glamorous object in the room, and it knows it.

Lenovo’s AI Work Companion Concept, announced at MWC 2026, makes a case that the hub doesn’t have to apologize for existing. It sits at the front of the desk as a matte black wedge, display angled toward the person working, looking more like a clock than a piece of connectivity hardware. It takes a different position on that problem, literally and figuratively.

Designer: Lenovo

The front display cycles through six clockface styles, from a clean flip-clock layout to an abstract trio of pie-shaped circles, each one designed to read comfortably at a glance without demanding attention. Alongside the time, it surfaces calendar events, port charging status, and a grid of quick-action shortcuts from a single compact footprint.

The hardware underneath that display is a full docking station. One USB-C port delivers 100W to a laptop, another handles 20W phone charging, and two HDMI outputs drive a pair of 4K displays at 60Hz simultaneously. For anyone running a multi-monitor setup, that covers the entire back of the desk without a separate hub involved.

The more unusual part is a cartoon mascot Lenovo calls the Thought Bubble, a bespectacled cloud that lives on the display and manages the AI layer. Tap the large red knob on top, and it pulls tasks and calendar events from across connected devices, then proposes a structured daily plan. It also schedules breaks and monitors screen time, with a weekly “celebration report” summarizing what got done.

The obvious tension is that a device designed to reduce screen fatigue adds another screen to the desk. Whether offloading schedule decisions to a cartoon cloud actually clears mental space, or just relocates the same decisions to a different surface, is a question the concept doesn’t fully answer yet. That’s not a criticism so much as an observation that the idea is still at the stage where it sounds better than it can be proven to work.

What’s harder to argue with is the physical logic. A docking station that also tells the time, tracks the day, and has a programmable knob for whatever shortcut matters most is a more considered object than the plastic brick it replaces. Whether the AI earns its place on the desk is something only daily use can settle.

The post Lenovo Just Turned the Ugly Desk Hub Into an AI Assistant first appeared on Yanko Design.

Lenovo’s AI Desk Robot Has Eyes, Moves, and Watches You Work

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There’s a specific kind of loneliness that comes with working alone all day. Not the dramatic kind, just the low-grade awareness that every question you have goes into a chat window, every instruction gets typed into a box, and the thing supposedly helping you has no idea where you’re sitting or what’s on your desk.

Lenovo’s AI Workmate Concept, shown at MWC 2026, takes that gap seriously enough to build a physical object around it. The device is a desk companion in the most literal sense, a spherical head on an articulated arm, rising from a circular base, with animated eyes on its front display that shift and orient as it responds.

Designer: Lenovo

The arm is the most telling design decision, though it isn’t just decorative. Because it moves, the Workmate can orient itself toward whatever is in front of it, a document laid flat, a person leaning back, a wall nearby. That range of motion is what separates it from a smart speaker with a face. It has spatial awareness built into its posture, not just its software.

On the practical side, it handles the kind of work that accumulates quietly throughout a day. Place a document in front of it, and it can scan and summarize the contents. Talk through a rough set of notes, and it can help organize them into something usable. Working on a presentation means the Workmate can assist in structuring the content, pulling from what it already knows about the task at hand through on-device AI processing rather than a cloud connection.

The projection feature is the most speculative part of the concept. Rather than keeping information on a screen, the Workmate can cast content onto a desk surface or wall, which, on paper, turns any flat surface nearby into a secondary display. Whether that’s genuinely more useful than glancing at a monitor, or just a more theatrical way to display the same information, is a fair question that a proof of concept can’t fully answer.

What’s harder to dismiss is the physical language the design uses. The animated eyes aren’t a gimmick in the way that most product “personalities” are. They borrow from the same visual shorthand that makes robots in film immediately readable as attentive or distracted, curious or idle. A status light ring on the base shifts color depending on what the device is doing, adding a peripheral layer of feedback that doesn’t require looking directly at the display. Together, those two elements mean the Workmate communicates state without demanding attention, which is actually a more considered interaction model than most desktop AI tools currently offer.

The deeper question isn’t whether the Workmate works. It’s whether having a robot with eyes watching from the corner of the desk makes the day feel more manageable, or just more observed. That’s not a problem Lenovo can solve with a better arm joint. It’s the kind of thing that only becomes clear once the novelty of the eyes wears off.

The post Lenovo’s AI Desk Robot Has Eyes, Moves, and Watches You Work first appeared on Yanko Design.

Lenovo Unveils a Foldable Gaming Handheld That Replaces Your Laptop

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Gaming handhelds have quietly become the most interesting category in consumer electronics, and also the most awkward one to travel with. They’re too big to ignore in a bag and too small to replace a laptop, which means plenty of people end up carrying both anyway, one for the flight, one for the hotel desk, each doing half a job. The Legion Go Fold Concept, unveiled by Lenovo at MWC 2026, is a direct argument against that arrangement.

The device is a foldable handheld with a POLED display that opens from 7.7 inches to 11.6 inches, with detachable controllers that clip onto either side via a rail system. Folded with the controllers on, it functions as a conventional handheld for tighter spaces. Open it flat, reattach the controllers in landscape orientation, and the full screen takes over for a more immersive session.

Designer: Lenovo

For longer stints that call for a keyboard, the included wireless accessory with an integrated touchpad turns the whole system into something closer to a compact laptop. The right controller doubles as a vertical mouse for FPS games, carrying over a feature from the Legion Go Gen 2. That same controller has a small circular secondary display on its face, handling performance metrics, touchpad input, and customizable hotkeys without requiring a trip into any menu.

An Intel Core Ultra 7 258V processor and 32GB of RAM handle the performance side, paired with a 48Whr battery. For a device expected to run demanding titles across multiple screen configurations, that battery figure is the one that will matter most in practice, and it’s also the one hardest to evaluate from a spec sheet alone.

The fold crease is the honest question the concept doesn’t answer. Running horizontally through the center of the display, it’s a non-issue in split configurations where the fold becomes a natural border. In full 11.6-inch mode, with a single uninterrupted game filling both panels, its visibility depends entirely on how well Lenovo has managed the panel gap and hinge tension, two things that vary considerably between announcement renders and finished hardware.

What the Legion Go Fold Concept gets right is identifying that the handheld’s biggest limitation isn’t processing power or battery: it’s the fixed screen. A device that can be a pocket-sized handheld on a commute and a proper gaming surface at a desk is genuinely more useful than two separate devices doing those jobs independently. Whether the folding display holds up to the kind of use that makes it worthwhile is the part that a concept can only promise, not prove.

The post Lenovo Unveils a Foldable Gaming Handheld That Replaces Your Laptop first appeared on Yanko Design.

Lenovo’s Yoga Book Concept Makes 3D Models Float Above the Screen

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Working in 3D on a flat screen requires a specific kind of mental gymnastics. The model on the monitor is technically three-dimensional, but the screen keeps insisting it’s not, and somewhere between rotating the viewport and second-guessing the depth, the actual creative work slows to a halt. Lenovo’s Yoga Book Pro 3D Concept, revealed at MWC 2026, takes a direct position on that friction.

The upper display renders 3D content without glasses, using Lenovo’s PureSight Pro Tandem OLED technology to show depth and spatial volume directly on screen. A spacecraft that’s been modeled in three dimensions appears to float, with genuine perceived distance between its front and rear planes, rather than sitting flat behind glass.

Designer: Lenovo

The lower half of the device is a full touch display running the editing environment, with the traditional keyboard removed entirely. Snap-on physical accessories sit on that lower surface: a circular dial and a slider for adjusting lighting, tone, and viewing angle without diving into menus. The idea is that the physical controls stay contextual, appearing wherever they’re placed on the touch surface rather than in a fixed location.

An RGB camera above the upper display handles gesture recognition. Pinching, rotating, and zooming a 3D object happens in the air in front of the screen, which removes at least some of the back-and-forth between input device and viewport that slows down spatial editing. An Intel Core Ultra 7 paired with an NVIDIA GeForce RTX 5070 handles the rendering load underneath all of this.

The AI layer converts 2D reference images into editable 3D assets and can generate a surrounding environment for the converted object on prompt. For a creator pulling reference photography into a modeling workflow, that shortens a step that currently involves a separate pipeline or a lot of manual reconstruction.

What the Yoga Book Pro 3D does differently from other glasses-free 3D solutions is how it treats the display as the primary tool rather than the output. Most 3D workstation design stops at raw performance and screen size. This one asks whether the screen itself can close the gap between what the creator imagines and what the software shows them.

The post Lenovo’s Yoga Book Concept Makes 3D Models Float Above the Screen first appeared on Yanko Design.

Lenovo and AngryMiao Built a Keyboard With a Studio-Grade Knob

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Most keyboards disappear into the desk. That’s by design, usually, since the keyboard’s job is to get out of the way and let the work happen. The trouble is that creative workflows don’t always work that way. Editing a podcast or cutting a video involves a lot of scrubbing, a lot of precise back-and-forth through a timeline that a mouse handles clumsily and a keyboard typically doesn’t handle at all.

The Lenovo Yoga Creative Keyboard AngryMiao Edition, announced at MWC 2026, takes a position on that gap. Developed with peripheral maker AngryMiao, it’s a full 98-key mechanical keyboard with a numpad, built around a 2.6kg aluminum base under a frosted polycarbonate top plate. The weight isn’t incidental. It keeps the board planted during longer sessions and damps the vibration that makes cheaper keyboards sound hollow, which matters more than it sounds when you’re spending hours at a stretch on a project.

Designer: Lenovo x AngryMiao

The knob is the detail that does the most explaining. Sitting at the top right of the chassis, it’s an oversized machined cylinder with concentric ridging and a recessed lens cap on top, sized and weighted to feel like something from a piece of studio equipment rather than a computer peripheral. For video editors, it controls the playhead directly, letting a thumb roll through footage frame by frame with tactile feedback that a mouse scroll wheel doesn’t come close to matching. It’s a simple addition that addresses a specific friction point, which is usually the best kind.

For users running the full Yoga setup with a Yoga Pro 9i Aura Edition laptop and a Yoga Pro 27UD-10 Monitor, there’s a dedicated YOGA key that cycles audio between the laptop’s speakers, the monitor’s speakers, or all twelve across both devices combined. That last option, spreading audio across the full speaker array, is a genuinely useful thing for anyone mixing or reviewing audio without headphones and wanting to hear how it sounds in a room rather than a pair of earbuds.

Per-key RGB lights diffuse through the translucent top plate rather than projecting harshly upward, giving the board a softer ambient glow that doesn’t compete with the screen. Two USB-C ports on the rear spine expand connectivity without requiring a separate hub on the desk. The pricing sits at $299 when it goes on sale in May 2026.

The AngryMiao collaboration brings credibility that the keyboard market takes seriously. AngryMiao’s builds are known in enthusiast circles for their material quality and acoustic tuning, and the ATM 98 platform this borrows from has a track record that Lenovo’s branding alone wouldn’t have provided. With the right setup, it ties everything together, pairing a well-built mechanical keyboard with a very good knob.

The post Lenovo and AngryMiao Built a Keyboard With a Studio-Grade Knob first appeared on Yanko Design.

5 Best Retro Handhelds That Play PS1 Classics for Under $130

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Sony’s next console is on the horizon, but a growing number of gamers are looking backward instead. The PS6 will almost certainly launch north of $500, and for that price, entire libraries of PlayStation classics remain locked behind aging hardware, digital storefronts, or subscription tiers that rotate titles in and out on a whim. Meanwhile, a parallel market of pocket-sized emulation handhelds has quietly exploded over the past two years, putting decades of retro gaming into devices that cost less than a single DualSense controller.

These handhelds won’t run God of War Ragnarök, and nobody is pretending they will. What they can do is play through Final Fantasy VII, Castlevania: Symphony of the Night, Crash Bandicoot, and thousands of other PS1 titles at full speed, often with save states, fast-forward, and display filters that the original hardware never offered. Search interest in retro gaming handhelds has grown 173% year over year, and the devices fueling that demand sit at a price under $130. Five of them stand out from the flood.

Miyoo Mini Plus

The device that started the modern budget handheld craze still holds its own, even two years after launch. The Miyoo Mini Plus runs on a Sigmastar SSD202D processor with just 128MB of RAM, specs that sound laughable on paper but prove more than sufficient for everything up to and including PS1. Its 3.5-inch IPS display at 640×480 fills a vertical body small enough to disappear into a jacket pocket, and the 3000mAh battery stretches to seven hours with the right custom firmware installed.

Designer: Miyoo

That firmware, OnionOS, is the real reason this device remains so widely recommended. Built and maintained by a dedicated community of developers, OnionOS transforms the Miyoo Mini Plus from a competent emulator into one of the most polished retro gaming experiences available at any price. Features like automatic save-on-shutdown, RetroAchievements integration, and a game switcher that lets you hop between titles without returning to the menu give it a level of software refinement that devices costing three times as much still struggle to match.

What we like

  • OnionOS custom firmware with a polished, intuitive interface
  • Genuinely pocketable
  • Strong PS1 performance despite modest hardware

What we dislike

  • Extended sessions can cause hand cramps
  • No Bluetooth audio, no HDMI output

Anbernic RG35XX Plus

Anbernic’s answer to the Miyoo Mini Plus arrived with a meaningful hardware advantage and a familiar form factor. The RG35XX Plus swaps in an Allwinner H700 quad-core Cortex-A53 processor with 1GB of LPDDR4 RAM, a substantial leap over the Miyoo. That additional horsepower translates directly into smoother PS1 emulation and opens the door to Dreamcast and Nintendo DS titles that the Miyoo simply cannot handle, all wrapped in a horizontal Game Boy-inspired shell.

Designer: ANBERNIC

Connectivity is where the RG35XX Plus pulls further ahead. Wi-Fi 5, Bluetooth 4.2, and a mini HDMI port come standard, which means this handheld can double as a TV-connected retro console when paired with a wireless controller. Dual microSD card slots support up to 512GB each, and the 3300mAh battery delivers around eight hours of play. The trade-off is software: the stock firmware is rough enough that most owners immediately replace it with GarlicOS, a community-built alternative that requires sideloading via SD card.

What we like

  • Best price-to-performance, handling PS1, Dreamcast, and DS titles
  • Mini HDMI output and Bluetooth

What we dislike

  • Stock firmware can be a bit clunky

Powkiddy RGB30

Most handhelds in this price bracket borrow their proportions from the Game Boy or the PS Vita, but the Powkiddy RGB30 charts its own course with a 4.0-inch square IPS display running at 720×720. That 1:1 aspect ratio is a deliberate choice, not a gimmick. Retro games from the NES through the PS1 era were designed for 4:3 screens, and a square panel accommodates that ratio with minimal letterboxing while giving Game Boy titles a perfect native fit. The taller body this requires also gives the D-pad and dual analog sticks room to breathe.

Designer: POWKIDDY

Under the hood, a Rockchip RK3566 quad-core processor clocked at 1.8GHz, and 1GB of LPDDR4 RAM keep things moving. PS1 games run without issue, and the device extends into Dreamcast, some N64, and limited PSP territory. The 4100mAh battery is the largest on this list, rated for eight hours. Stereo speakers and Wi-Fi round out a feature set that punches above its $70 price point. Build quality, though, remains a step behind Anbernic’s hardware, with a plastic shell that feels lighter and less refined than the competition.

What we like

  • The 1:1 square screen is a thoughtful design decision for retro titles
  • Large battery at 4100mAh

What we dislike

  • Unremarkable build quality

Trimui Smart Pro S

The Trimui Smart Pro S occupies the top of the sub-$100 bracket and makes a strong case for spending the extra money. It packs an Allwinner A133P processor and a Mali-G57 GPU that Trimui claims delivers 2.5 times the graphics performance of the original Smart Pro. In practice, this means PS1 runs flawlessly, Dreamcast and N64 titles play at full speed, and most PSP games are smooth enough to enjoy without constant tweaking. A 4.96-inch IPS display at 1280×720 presents all of it on the largest screen in this roundup.

Designer: Trimui

The hardware refinements extend beyond the processor. TMR hall-effect analog sticks eliminate drift concerns and support L3/R3 clicks, larger trigger buttons improve ergonomics over the predecessor, and an active cooling fan prevents thermal throttling during extended sessions. A 5000mAh battery provides around five hours of play, and stereo speakers with a vibration motor round out a surprisingly complete package. The PS Vita-inspired form factor is comfortable for long stretches but makes the device less pocketable than smaller alternatives, and the 16:9 widescreen wastes real estate when displaying 4:3 retro content.

What we like

  • Powerful hardware
  • Hall-effect analog sticks and active cooling
  • Large 4.96-inch screen

What we dislike

  • The 16:9 widescreen aspect ratio isn’t good for retro gaming
  • Bulky and heavy

Retroid Pocket Classic

The Retroid Pocket Classic pushes past the $100 mark at $129 for the current available model, but it earns its place on this list by being the only device here running Android and the only one with an AMOLED screen. That 3.92-inch panel at 1240×1080 delivers deeper blacks and more saturated colors than any IPS display in this bracket, and the Snapdragon G1 Gen 2 processor paired with up to 6GB of RAM puts it in a different performance class entirely. PS1 is effortless here. GameCube, PS2, and Saturn emulation become viable options.

Designer: Retroid

Running Android 14 with Google Play Store access means the Retroid Pocket Classic can function as more than a dedicated emulator. Streaming apps, cloud gaming services, and native Android titles all run alongside the retro emulation suite. A 5000mAh battery with 27W fast charging, active cooling, and Bluetooth 5.1 complete the picture. The vertical Game Boy-inspired body lacks analog sticks, which limits comfort with 3D-heavy titles from later console generations. Unlike the Linux devices on this list, the Retroid Pocket Classic ships without any pre-loaded games, requiring users to supply their own ROMs from the start.

What we like

  • 3.92-inch AMOLED display
  • Android 14 with Google Play Store access
  • Powerful Snapdragon G1 Gen 2 processor

What we dislike

  • A bit costly for a retro gaming handheld
  • No analog sticks

The post 5 Best Retro Handhelds That Play PS1 Classics for Under $130 first appeared on Yanko Design.

EZCast Just Turned Every Phone Into a Professional Camera Monitor

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Monitoring a camera feed used to require either hovering behind the viewfinder or investing in a dedicated wireless video system with separate transmitters, receivers, and field monitors. For solo content creators, small production teams, and anyone shooting interviews or tutorials with limited gear, that kind of setup has always felt disproportionate to the task. The gap between “professional monitoring” and “just squinting at the back of the camera” remained stubbornly wide.

EZCast’s CamCast CT-1 is a compact wireless transmitter designed to sit on top of any HDMI-equipped camera, from mirrorless bodies and DSLRs to action cams and camcorders. Once connected, it broadcasts a live 1080p 60fps feed over 5GHz Wi-Fi to up to four iOS or Android devices simultaneously. EZCast has spent over a decade building wireless display and screen-mirroring technology for offices and classrooms, and the CamCast is their first product built specifically for cameras, applying that signal distribution expertise to a production context.

Designer: EZCast

Click Here to Buy Now: $129 $239 ($110 off). Hurry, only a few units left!

The device itself is small enough to mount on a camera hot shoe or gimbal arm, with included adapters for both horizontal and vertical orientation. A built-in OLED screen displays connection details, and pairing happens through a QR code scan that takes roughly three seconds. Power comes from either a standard NP-F battery, the same type used across countless cinema accessories, or a USB-C connection at 5V/3A. That dual-power flexibility means a battery for mobility on location or a simple cable for longer, stationary shoots where runtime matters more.

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Beyond passive monitoring, the companion CamCast app lets users save takes directly to their phone, review footage instantly, and share clips without ever pulling a memory card from the camera. For a two-person crew shooting a wedding, for instance, the second operator can watch the main camera’s composition from across the venue on a phone while managing their own setup. A makeup artist can confirm framing before the talent walks on set. Four people watching the same live feed, all from devices they already carry, collapses a communication problem that traditionally required dedicated hardware to solve.

What separates the CamCast CT-1 from a basic wireless HDMI sender, though, is the built-in PTP camera control. From the app on a phone or tablet, users can adjust shutter speed, ISO, color temperature, and aperture, and even navigate through camera menus remotely. Consider a camera mounted on an overhead rig for a cooking tutorial, or locked onto a gimbal for a tracking shot. Physically reaching the camera to change a setting interrupts the flow of a shoot. Being able to tweak exposure or white balance from a phone across the room changes how a solo creator or small team interacts with their gear.

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The CamCast CT-1 also has a UVC output, which means it can connect directly to a laptop or desktop and function as a capture card. For livestreamers, educators, or anyone running a webinar, this removes an entire piece of hardware from the signal chain. One device handles wireless monitoring to phones and wired streaming output to a computer at the same time, which is a lot of functions packed into something that weighs less than most on-camera microphones.

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Picture a YouTuber who films with a mirrorless camera on a tripod across the room. Right now, checking framing or adjusting settings means walking over, making a change, walking back, and repeating until it looks right. With the CamCast mounted on that camera, the phone becomes both the monitor and the remote control. An instructor recording a craft tutorial gets the same benefit, turning their tablet into a live preview without needing cables snaking across the workspace or an expensive field monitor clamped to a light stand.

Rather than building another monitor or another receiver, EZCast built a bridge between cameras and the screens people already own. That redistribution of function, turning four phones into four production monitors through a single transmitter, might be the more interesting design move in a category still dominated by expensive, single-purpose hardware.

Click Here to Buy Now: $129 $239 ($110 off). Hurry, only a few units left!

The post EZCast Just Turned Every Phone Into a Professional Camera Monitor first appeared on Yanko Design.

EZCast Just Turned Every Phone Into a Professional Camera Monitor

Posted on by

Monitoring a camera feed used to require either hovering behind the viewfinder or investing in a dedicated wireless video system with separate transmitters, receivers, and field monitors. For solo content creators, small production teams, and anyone shooting interviews or tutorials with limited gear, that kind of setup has always felt disproportionate to the task. The gap between “professional monitoring” and “just squinting at the back of the camera” remained stubbornly wide.

EZCast’s CamCast CT-1 is a compact wireless transmitter designed to sit on top of any HDMI-equipped camera, from mirrorless bodies and DSLRs to action cams and camcorders. Once connected, it broadcasts a live 1080p 60fps feed over 5GHz Wi-Fi to up to four iOS or Android devices simultaneously. EZCast has spent over a decade building wireless display and screen-mirroring technology for offices and classrooms, and the CamCast is their first product built specifically for cameras, applying that signal distribution expertise to a production context.

Designer: EZCast

Click Here to Buy Now: $129 $239 ($110 off). Hurry, only a few units left!

The device itself is small enough to mount on a camera hot shoe or gimbal arm, with included adapters for both horizontal and vertical orientation. A built-in OLED screen displays connection details, and pairing happens through a QR code scan that takes roughly three seconds. Power comes from either a standard NP-F battery, the same type used across countless cinema accessories, or a USB-C connection at 5V/3A. That dual-power flexibility means a battery for mobility on location or a simple cable for longer, stationary shoots where runtime matters more.

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Beyond passive monitoring, the companion CamCast app lets users save takes directly to their phone, review footage instantly, and share clips without ever pulling a memory card from the camera. For a two-person crew shooting a wedding, for instance, the second operator can watch the main camera’s composition from across the venue on a phone while managing their own setup. A makeup artist can confirm framing before the talent walks on set. Four people watching the same live feed, all from devices they already carry, collapses a communication problem that traditionally required dedicated hardware to solve.

What separates the CamCast CT-1 from a basic wireless HDMI sender, though, is the built-in PTP camera control. From the app on a phone or tablet, users can adjust shutter speed, ISO, color temperature, and aperture, and even navigate through camera menus remotely. Consider a camera mounted on an overhead rig for a cooking tutorial, or locked onto a gimbal for a tracking shot. Physically reaching the camera to change a setting interrupts the flow of a shoot. Being able to tweak exposure or white balance from a phone across the room changes how a solo creator or small team interacts with their gear.

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The CamCast CT-1 also has a UVC output, which means it can connect directly to a laptop or desktop and function as a capture card. For livestreamers, educators, or anyone running a webinar, this removes an entire piece of hardware from the signal chain. One device handles wireless monitoring to phones and wired streaming output to a computer at the same time, which is a lot of functions packed into something that weighs less than most on-camera microphones.

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Picture a YouTuber who films with a mirrorless camera on a tripod across the room. Right now, checking framing or adjusting settings means walking over, making a change, walking back, and repeating until it looks right. With the CamCast mounted on that camera, the phone becomes both the monitor and the remote control. An instructor recording a craft tutorial gets the same benefit, turning their tablet into a live preview without needing cables snaking across the workspace or an expensive field monitor clamped to a light stand.

Rather than building another monitor or another receiver, EZCast built a bridge between cameras and the screens people already own. That redistribution of function, turning four phones into four production monitors through a single transmitter, might be the more interesting design move in a category still dominated by expensive, single-purpose hardware.

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