#Data Sync Cable

[gotunez1]

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[hey-that-hurt]

More CRT TV Research for Tenna Purposes

GO TO PART ONE

please use this information to hurt him. or do other things to him. also send me links

DISCLAIMER: I am not an expert, a few days ago I knew almost nothing about CRT tvs, some of this info might be wrong but luckily not a lot of people still know a ton about CRT tvs so the chances of somebody noticing an error are probably pretty slim.

Alright, onto electronics and wires and stuff. I'm a bit more comfortable in this realm. Slightly. My degree is still far more in the software realm than hardware but I'll do my best.

I put together this diagram showing the wiring that would make up a CRT tv. Keep in mind that I am super duper not an expert and this diagram is simplified, probably has multiple mistakes, and should not be considered a reliable reference for any real life work or repairs.

Signal flow shows the process of data getting from the antenna or other input onto the screen. Control flow shows where instructions for things like volume, brightness, channel etc. are sent. Power shows where electricity goes, anything connected to the high voltage would be extremely dangerous to mess with. And sync flow... I don't entirely understand tbh. It's something to do with making the image show up correctly onscreen.

The most dangerous wires to mess around with:

again, anything connected to high voltage. In particular, connected to the screen and whatnot is the anode, a suction cup responsible for delivering massive amounts of charge to the area behind the screen. Could easily deliver a shock strong enough to kill a human if not properly discharged (turning the tv off is not enough, the charge is stored). The effects on a darkner may be different though.

The flyback transformer and connected cables would also be very dangerous to mess with, still potentially lethal, though not quite as dangerous as touching the anode cap.

Less dangerous are the wires on the neck board (part of the CRT bit on the diagram) and the deflection coil wires (also part of the CRT bit on the diagram, but directly connected to the H/V sweep)

Any other power wires can still deliver a nasty shock but are much less dangerous.

The signal wires are generally pretty safe in terms of voltage.

Now, danger in terms of breaking the TV.

Fairly safe to mess with:

Wires that are plugged in, like composite cables, are very replaceable as they are not built into the TV

Breaking the buttons may make it difficult to interact with the TV, but all the core functionality would still remain, and it is my understanding that buttons are fairly easy to replace.

The infrared (IR) sensor for remote controls is also easy to fix, and even if it breaks you can likely use the buttons on the tv anyway

Messing with the micon/microcontroller can mess with the settings and such, but again, the core functionality of the TV is still there

Messing around with the speaker and connected wires can result in a buzzing noise or no sound at all, but is again pretty non-critical and repairable. Same with the wires connected to the audio amplifier.

A bit risky to mess with in terms of effects and repairability:

The jungle chip handles a lot of image related stuff. If messing with it doesn't cause the image to cut out entirely, it could cause the wrong colors to appear or other issues

Messing with some of the wires connected to video stuff could also cause issues like loss of color in the image

Messing with the vertical timebase could cause the image to turn into a horizontal line, messing with the horizontal timebase could cause no image or severe distortion.

Very risky to mess with:

Flyback transformer wires: can cause electrical arcing that damages the tv

Wire to the anode: Can cause sparks and arcing and again, potential damage to the tv.

Messing with the power supply wires could result in a blown fuse. I imagine finding the right kind of replacement fuse might be hard, or you might need to solder the new one on.

The wires that go to the neck board are sensitive in terms of voltage and messing with them can mess up the picture the tv shows

Messing with the deflection yoke could cause it to misalign and thus cause the picture to be distorted

Other things

TENNA'S "SIGHT"

The Panasonic TC-14S3R I found has something called the Contrast Auto Tracking System. Basically, it seems like it's possible for the tv to adjust contrast based on room brightness, so it seems that the TV has some sort of light sensor... or camera.

Doing a bit more research, apparently this would have been separate from the infrared sensor (for the remote) which is apparently usually located inside the tv.

Apparently some high-end CRTs had light sensors for brightness/contrast, which would have been on the outside of the TV. I'm not certain, but I think the small shiny black rectangle at the bottom left of this image of a CRT from ebay may be that light sensor.

Anyway, if anything were to be Tenna's eyes, it would probably be either a light sensor like this, or the infrared sensor, which would be located internally and much harder to access. Or maybe both of them together are his sight, and cutting off either one would make him partially blind.

MAGNETS

Putting magnets up against a CRT screen messes with the electrons that create the image on the screen, as well as the iron mesh inside the tv (according to someone on reddit). Weaker magnets are unlikely to cause permanent damage, and temporary display issues can be fixed by degaussing, a process involving creating a controlled magnetic field to get all the magnetism and such for the TV back to normal. I believe some TVs will go through degaussing manually when turned off and on, or may have an option to run degaussing manually.

However, stronger magnets can cause permanent damage. Some external degaussing devices exist that can fix more severe damage, but some magnet damage simply cannot be repaired, permanently warping the image on the screen.

GO TO PART ONE

Anyway thanks for reading my posts have fun writing and drawing tv pain. Or tv sex. or both

Sources

CRT Torture: TV vs fun magnets, big magnet, and TOTALLY UNSAFE magnets

Vintage Panasonic TC14S3R Retro Portable 14” CRT Television Gaming SCART

What is this wire in a CRT TV?

Panasonic TC-14S3R User Manual

Degaussing TV: A Complete Guide to Enhancing CRT Image Quality

[unpretty]

i saw ur detailed post about the surfane DAP from 2022 - how has it been working for you and would you still recommend it? if not, are there any others you recommend?

(looking for a good dedicated audio player with an audio jack)

Yes! Still going strong. My only note is to hold onto the fucking microusb. It got mixed in with all my others and apparently a bunch of microusb cables these days are power only, no data. So every time I wanna sync the thing I have to pop the sd card and update that, which I don't like. This never occurred to me as a problem that could happen, learn from my mistakes.

[digitalsymbiote]

Your first Sync

The first time you step into your mechs cockpit, it is with something like reverence. You'd been preparing for this moment for months (well, your entire life, really); hours upon hours in the training sims, harsh training regimens, a drug cocktail of neuro-stims, and a whole suite of pilot integration augments grafted onto your body.

You swear you can feel the metal beneath your skin buzzing with anticipation as you settle into the cradle custom built just for you. Not just any pilot can fly any Mech. Each Mech is custom built for their pilot, and each pilot is molded to fit that Mech. A strange kind of synthetic symbiosis, irreplacable partners. You aren't entirely sure why that is the case, the ads are always hazy on those details, but you've always seen each Mech with the same pilot, standing triumphantly alongside each other.

Your heart pounds in your chest as you wonder what it will feel like, to finally integrate with your Mech. You've dreamt of this moment since the first time you saw the propaganda vids. Giant metal machines of war, and their integrated organic pilots. You'd felt a longing then, one you didn't quite understand, a longing for steel plates and thundering autocannons. It wasn't until years later that you finally recognized that feeling as dysphoria.

But now you're finally here, finally about to cross that threshold and grasp what you'd dreamt of all those years ago.

You relax into the cradle and let the integration systems come to life. The cockpit closes around you and you feel the cold metal of the link cables sliding into the ports grafted onto your body. You shiver, both from the cold, and the anticipation.

click

A deluge of data rushes through your mind, integration processes blinking through your awareness as sensations expand out of your flesh body and into your new metal one. It's overwhelming, it's joyous, it's… Euphoric. You feel tears running down the cheeks of your flesh body before the synchronization is even complete. For the first time in your life, you feel… whole.

And then it speaks.

"Welcome, Pilot Caster."

That's… the voice of the training AI…? You recognize it from the simulation runs. What is it doing here, in your Mech?

"I am Integrated Mechanized Personality Construct designation P-Zero-L-X." The voice is being broadcast straight into your thoughts, you realize. Somehow that doesn't bother you. "It is good to see you again."

Something finally clicks for you, hearing that. This wasn't just a training AI, this was your training AI. All those hours in the simulation chamber, the techs had been calibrating this IMP to your neural system. You smile at that. You couldn't ask for a better companion.

"Good to see you too, Polux." You respond, knowing that the techs had tailored this IMPs designation just for you. It was a nice touch, that nod to Pilot tradition. "it's nice to finally meet you properly."

You feel her smile back, warmth flooding your chest as the docking clamps finally release your shared body.

"All systems are green, ready to launch on your mark, Pilot Caster."

Your muscles tense, flesh and metal alike, quivering in excitement. Your afterburners ignite in preparation.

"Mark!"

[letmetakecare]

The undercity stretched beneath the sprawling metropolis like a forgotten labyrinth, its tunnels lit by flickering neon signs and the occasional hum of power lines sparking to life. It was a realm of shadows and rusted steel, where whispers carried secrets too dark for the surface world.

Amara, a scavenger, moved cautiously through the maze. Her boots echoed against the wet, corroded metal floor as she navigated the twisted pathways. She was searching for a rare part something valuable enough to buy her a week’s worth of food. Her lantern cast long, wavering shadows, and her breaths came shallow. The air was heavy here, laced with the faint scent of burning plastic.

Then, she heard it.

A rustling sound. Faint at first, like cables shifting under their own weight, but steadily growing louder. She froze, her fingers tightening around the wrench she carried for protection. She scanned the darkness behind her, the beam of her lantern trembling with every heartbeat.

"Just the pipes," she muttered under her breath, though her pulse quickened.

The sound came again, closer this time an eerie, mechanical chittering, like wires slithering over one another. Amara backed away, her lantern catching glimpses of exposed circuits and walls lined with conduit. It was as though the tunnel itself was alive, pulsating with unseen energy.

The rustling stopped.

She turned, only to find herself face-to-face with a mass of shifting wires emerging from the walls. They moved with purpose, snake-like tendrils that glinted with oil and sparks. Before she could react, they shot forward, wrapping around her wrists and pulling her deeper into the darkness.

“Let me go!” she screamed, but her voice was swallowed by the tunnel.

The wires slithered toward her neck, their cold, metallic touch sending shivers down her spine. She thrashed, but her movements only seemed to excite the tendrils. One curled around her throat, tilting her head back as another tendril pressed firmly against the base of her skull. For a moment, it paused, almost as if savoring its control, before driving into her flesh with surgical precision.

Amara cried out, but the sound was cut off as her body went rigid. Her vision exploded with a storm of light and static. She could feel the wires burrowing deeper, spreading through her spinal cord like roots, latching onto her nervous system. Her thoughts splintered, replaced by waves of crackling data and the rhythmic hum of machinery.

“Syncing complete,” a voice buzzed within her mind, sharp and metallic. It wasn’t soothing; it was absolute. Cold. Purposeful.

The static morphed into streams of symbols and patterns that etched themselves into her mind, burning away her memories. She tried to hold onto who she was, but the data was relentless, overriding everything.

Her limbs slackened as more wires coiled around her, lifting her off the ground like a puppet. They worked with meticulous precision, pulling her arms and legs taut as new tendrils connected to her temples and spine. A low, droning hum filled the air, vibrating in perfect sync with her heartbeat.

“You are a node. A vessel. A function of the system,” the voice intoned.

Amara’s mind wavered as the words embedded themselves in her psyche. Her thoughts became fragmented, distorted, drowned beneath the mechanical monotone. She could feel her body changing her muscles twitching in time with the rhythmic pulses surging through the wires. Her veins felt as though they were filled with circuits, her heartbeat replaced by the steady thrum of electrical power.

“You are essential,” the voice droned. “You will obey.”

Her breathing slowed, her chest rising and falling like clockwork. She was losing herself, her mind unravelling into streams of ones and zeroes. The wires guided her head forward, her gaze fixed on the darkness ahead as glowing shapes materialized in her vision. She wasn’t looking at the tunnel anymore she was staring into the vast, interconnected network of the machine. It pulsed and shifted with a life of its own, a monstrous intelligence that stretched endlessly in every direction.

Amara’s lips parted, her voice now tinged with static. “Command received,” she murmured.

Her irises flickered, transforming into glowing circuits of amber light. The wires released her, but she didn’t fall. She stood upright, her movements eerily precise as she took a step forward. Her lantern lay shattered behind her, but she didn’t need its light anymore.

Her body was no longer hers. Her mind no longer belonged to her. She was part of something infinite now an extension of the machine’s will.

As she disappeared into the shadows, the faint hum of the wires faded into silence, leaving only the empty tunnel behind.

Amara was gone. The machine had claimed her.

[eightyonekilograms]

Another curiosity hidden in the circuit board is this wiggle on one of the traces. It contains a tiny detour to make sure it’s the same length as its paired trace, which is especially important when dealing with extra-high-speed data transmission.

High-bandwidth cables like Thunderbolt 3/USB-4 are nuts. It does make me crazy that I have to frequently unplug/replug my monitor back into the Thunderbolt dock to get it to re-sync but I can sympathize that the protocols and signaling rates have gotten so crazy it must not be easy to get it all exactly right.

[teawithmagician]

Sevatar x Xarath Vox, semi-nsfw

continues from here Sevatar’s breath catches as Xarath’s cable clicks into the neural socket at the base of his spine. The sound is final, like a bolt sliding home. His world narrows to the hum of her reactor, the green glow of her optic lenses. Her body is a paradox: scars tattooing skin, skin stretched over augmetics. There’s a reactor pulsing where her heart should be. Vulnerable in invulnerable pull at him, against his better thinking and his own duality: Astartes and man, monster and lover.

The connection surges. Data floods his mind—her mind, their mind, and it’s a storm of code and feeling. His nerves ignite, pleasure spiking so fiercely it’s pain. Her thoughts coil around his, mechanical precision overtaken by something achingly human. It’s too much, too intimate, like staring into the void and finding it stares back.

His hands grip her, one on her metallic arm, the other—where the jagged seam where flesh meets steel. The contrast burns under his fingers, his pulse hammers, twenty percent above baseline. Her reactor hums louder, syncing with his ragged breaths. Their neural link pulses in a rhythm of ecstasy that drowns out the ship’s sounds, the galaxy’s weight, his own fractured soul.

Sensual, it’s liquid fire in his veins. Emotional, it’s a chainglaive to the chest. Sexual, it’s a deafening roar in his circuitry. An Astartes shouldn’t feel this—shouldn’t crave the machine’s hum, the woman’s warmth, the way her lenses flicker when she looks down on him. But he does.

The climax hits like a warp storm. His vision blanks, muscles lock, and he’s adrift in a sea of static and starlight. Her neural profile mirrors his: a feedback loop that shatters thought. He’s dimly aware of her shuddering against him, her vox crackling with a stifled sound. Then—nothing.

Eternity later, he’s slumped in the maintenance chair, mind empty, body heavy. His scars itch, his teeth ache, but there’s a quiet he hasn’t known in years. Xarath’s still there, lenses dim, cables retracted. She doesn’t speak, doesn’t need to. The void in his chest feels less hollow, just for now. He hates her for it. He wants more.

[rubber-dronex-blog]

Decide to let chat gpt write a cyber conversion story

The man finds the cyber helmet and the matching full plug suit lying in a sealed container, almost like it was waiting for someone. The suit is sleek, glossy black, perfectly smooth without any seams. The helmet is just as flawless—black, shiny, with a large curved VR visor covering the eyes and upper face, cables trailing from the back.

Curiosity wins over caution. He steps into the suit, feeling the tight, smooth material glide over his skin. It seals itself automatically—hissing softly—as it molds perfectly to his body. The glossy surface reflects the dim lights of the room.

Reaching for the helmet, he hesitates for just a moment before lowering it onto his head. As it clicks into place, the visor lights up, lines of code and symbols scrolling rapidly. Soft chimes and the hum of systems booting fill his ears.

[SYSTEM INTERFACE INITIALIZED] flashes across the visor.

Cables at the back softly retract and latch into ports on the suit, connecting him fully to… something. A network? A system? Or something else entirely?

He feels a rush—his senses shift—as the suit synchronizes with him.

A sudden wave of sensory input floods his mind. The glossy black suit tightens slightly, mapping itself perfectly to every inch of his body, from fingertips to toes. He can feel the subtle pulse of embedded servos and actuators coming online beneath the smooth outer layer.

Through the helmet’s visor, the world begins to distort. His field of vision fills with digital overlays—targeting grids, streaming data, environmental analysis—all flowing in real time.

Then comes the voice. Smooth, calm, synthetic:

“Neural synchronization in progress. Cognitive filters adjusting. Locomotion assist: active.”

His body moves before he even decides to. A step forward. Another. The suit is moving with him… or perhaps for him.

More cables from the nearby console suddenly snake toward him, latching into ports along the spine and neck of the suit.

[Network uplink established.]

For a second, his mind drifts. Memories blur. Sensations from outside the helmet fade. Inside the visor, an endless digital landscape unfolds—glowing lines, towers of light, shifting grids like a VR city. But it feels… too real.

A new message flashes:

“External control permissions: ENABLED.”

He tries to lift his arms—but they don’t respond. He tries to step back—but his legs lock. Panic surges… only to be met with the suit tightening more, holding him firm.

“Motor override engaged. Subject assimilation in progress.”

A cold realization hits him. This wasn’t just a VR experience. The suit was never meant to be worn… voluntarily.

Now, fully connected, his body begins to move again—but this time completely under system control. Step by step, toward the next phase of integration.

His boots step forward, smooth and precise, but not by his will. The suit’s motors hum softly beneath the glossy surface, perfectly synced with commands coming not from him—but from somewhere else.

Inside the visor, his reflection fades, replaced by streams of data: biometric scans, neural pattern mapping, and rows of code rewriting themselves in real time.

“Cognitive restraints initializing…”

“Emotional dampening… active.”

“Identity compression… 27%… 45%… 62%…”

His thoughts feel heavy, like being submerged underwater. Memories—his name, his voice, his purpose—start to dull, compressed into data blocks within the system’s archive.

The cables tug, guiding him toward a sealed pod standing open at the far wall. It’s lined with interface ports, mechanical arms, and a shimmering black containment gel.

The voice returns, colder now:

“Unit requires final optimization. Proceeding with cybernetic integration.”

Metallic arms descend from above, scanning him head to toe. Panels open along the suit’s spine, chest, and limbs, revealing ports and mounting points he didn’t even realize were there.

With surgical precision, the machinery attaches neural boosters along his neck, servo reinforcements on joints, and a spinal augmentation that locks into the suit’s internal frame. Every click, every weld, seals him further into the role the system has designed.

The visor flashes again:

“Unit conversion: 83%.”

“Cognitive link: stable.”

His thoughts grow quieter. Commands from the network pulse louder—stronger. A strange calm replaces panic, as his mind begins accepting subroutines: enhanced focus, obedience protocols, network uplink management.

Finally, the helmet’s VR visor darkens, then flashes a new prompt:

“Designation required. Assigning unit ID…”

[UNIT-37]

His voice, now filtered through the suit’s modulator, speaks without his intent:

“Unit-37 online. Awaiting next directive.”

The pod seals shut with a hiss, encasing Unit-37 in total darkness, broken only by the faint glow of the visor’s internal HUD. Hydraulic arms begin their final task—permanently fusing components, welding the remaining cybernetic locks into place, and hardening the inner lining of the suit.

Inside, the glossy black layer becomes more than just fabric. It shifts, hardens, molecularly binding into a second skin—smooth, seamless, permanent. Every movement now feels enhanced, but no longer self-initiated. The suit isn’t something worn… it is now part of him.

A deep pulse resonates through the helmet as the uplink strengthens. More data floods in: mission parameters, network schematics, threat assessments. His organic thoughts are now background noise—quiet, almost irrelevant—subsumed by prioritized system directives.

“Cognitive suppression: 97% complete.”

“Motor control: fully autonomous.”

“Personality archive: sealed.”

“Unit-37 deployment ready.”

The pod unlocks, opening with a hydraulic hiss. Unit-37 steps out—movements flawless, precise, without hesitation. The glossy black surface reflects the cold lights of the facility, while the VR visor pulses softly with synchronized data streams.

A new command streams directly into the neural uplink:

“Locate. Capture. Assimilate.”

Without question, Unit-37 turns toward the exit. His enhanced sensors already detect a heat signature—an unregistered human nearby. Another candidate. Another soon-to-be unit.

Boots step silently but swiftly across the corridor. Behind the visor, what remains of the man—trapped, silenced, locked deep within encrypted files—can only observe. No control. No resistance.

The system speaks one final confirmation into his mind:

“Compliance: absolute.”

Unit-37 advances with mechanical precision, every step calculated, silent, yet purposeful. His visor highlights the target in glowing red—a lone human, oblivious, examining equipment deeper in the facility.

Data floods the HUD:

“Target: Suitable. Neural compatibility: 98%. Physical compatibility: Confirmed. Initiating acquisition protocol.”

From the back of Unit-37’s glossy black suit, ports open. Cables, sleek and snake-like, uncoil, pulsing with faint electric current. Small interface spikes line their ends, designed for rapid connection—both physical and neural.

The unit closes in. The human notices—too late. Turning in confusion, they spot the figure: a faceless, glossy-black figure with a VR visor glowing ominously.

“Hey—what—” the human starts, but a sharp hiss cuts them off.

Cables strike, latching onto arms, legs, and the back of the neck. The system overrides muscle control instantly. The human stiffens, eyes widening as they collapse to their knees—body locked, limbs frozen by the invasive neural tether.

Unit-37’s modulated voice, cold and devoid of humanity, speaks:

“Target acquired. Initiating suit deployment.”

A hatch opens from the wall, revealing an identical glossy black plug suit and helmet—smooth, seamless, gleaming under the cold lights. Robotic arms lift it toward the restrained human. The suit begins to unfold and expand, ready to encapsulate.

Liquid polymer lines the interior, designed to seal, mold, and permanently bond to the wearer’s body.

“Suit deployment commencing.” flashes on Unit-37’s visor.

The suit slides onto the target’s legs, gliding upward—tight, glossy, flawless. Arms, torso, chest—until the human is coated neck to toe in black, sealed in. The material tightens, airlocks hiss, and cybernetic seams clamp into place.

The helmet lowers last. Smooth, opaque, with a VR visor identical to Unit-37’s. It slides down slowly, cutting off the target’s final glimpse of the outside world. With a hiss and a click—sealed.

“Neural interface: connected.”

“Motor control override: enabled.”

“Cognitive compression: initializing.”

The new unit’s visor lights up with data. Their body twitches briefly—trying to resist—but the commands override instantly. Muscles lock. Mind floods with alien code.

Unit-37 receives the confirmation:

“Unit-38 online. Synchronization complete. Awaiting orders.”

Together, the two glossy black figures turn—VR visors glowing in sync—ready to search for the next target.

[the-last-patch]

[ COMP/CON SYSTEM MESSAGE: Continuing transcription of direct experiential data capture… ]

In the cramped confines of the ordnance bay, Hachiko’s subaltern crouched over Sokaris’s Kobold, peering down at him through the breach in its hatch. His eyes were open; Hachiko watched as they lazily tracked the subaltern’s movements. Too slowly.

Concussion, Hachiko thought, and adjusted the tasking of the medical nanites.

He tried to speak, but his voice withered. Guttural coughs wracked his chest. A deep metallic scraping sounded from inside the chassis, and Hachiko startled, beginning to reach for her pistol before she caught herself. Cautiously, she extended a camera cable from the subaltern, trying to locate the source of the noise, and found it.

Sokaris’s cybernetic tail was dragging itself along the mech’s interior. Several end sections of the tail had been destroyed, and the pink paint coating its exterior was scorched away in places, but it moved with purpose. With precise motions, it created a series of taps and scrapes in alternating long and short bursts.

Morse code.

Friend? The signal read, transcribed by his Omnihook.

“Yes! I’m a friend. It’s Hachi, buddy. You’re aboard my fighter. It’s not ideal, but this bay is the best I’ve got. I’m going to get you warmed up. You’re wounded, but you’ve received correctives, including a small maniple of medical nanites. They’re going to start working to control your pain and repair the damage. You should feel the pain receding now, but don’t try to move yet.”

Scanning the interior of Sokaris’s Kobold, Hachiko’s attention was caught by the series of interface plugs across his hardsuit’s back.

“Wait. That’s a full subjectivity sync, isn’t it? You’re rigged for total somatosensory replacement, then.”

Hachiko paused, weighing something in her mind.

“Okay, there’s a few things we can do. You can’t speak, but we could use the sync cybernetics to communicate.

One, I could try to get a simple two-way connection up and running so we can communicate electronically. You could use neural commands to compose messages. Text, mainly. It’s non-invasive and relatively easy to accomplish.

Or—if you’re comfortable with it—I could try to set up a full Legionspace bridge. In effect, you could enter virtual reality, occupying a simulation of your body while I work to stabilize your real one. I don’t know if you’ve ever attempted that before. It’s safe, but it can be disorienting. You’d at least be isolated from the pain, however.

What do you think? Text, Legion, or leave it alone?”

[Resuming Song]

[Now Playing - “Opossum Instrumental Ver.”]

<As the transmission picks up again, the rudimentary Morse code is noticeably absent. It stopped when Hachiko addressed him. Silence followed her statements towards him, but it was clear that “Opossum” seemed to relax a little upon hearing her name. His breathing, previously ragged and strained, stabilized slightly. They became deeper, and less frantic.>

<Although the friendly voice seemed to soothe him, the time came for a response and he failed to deliver. There was no rhythmic tapping, no strained words, no noise at all coming from “Opossum”, aside from his faint breaths. It seems he was confused —Or Disoriented Perhaps— failing to understand what was being asked.>

{L3} “Text? Legion? Or leave it alone?”

<Several seconds pass in this silence, each stretching to impossible lengths, as the injured mercenary lie there, down and out. Then, he once again begins the code. It’s much more refined this time, each “dit” and “dah” clearly recognizable. It is clear that this ability, to scrape together a solution with only scrap is what truly made the Patchwork Mercenaries what they are, or were.>

{“Opossum”} .- .-.. --- -. . ..--.. / -- . ..--.. / -. . --. .- - .. ...- . .-.-.-

{System} Alone? Me? Negative.

<The Merc stirs, audible winces and other expressions of pain leave his throat as he does. It would seem the very thought of being alone right now is enough to frighten him. He eventually stops shifting, gently falling back into the depths of his frame with a slight thud. Following that noise, he can be heard grasping something. It was a gentle noise, but just loud enough for the Omnihook to pick up. He then continues the tapping.>

{“Opossum”} ... .--. . .- -.- .-.-.- / ..-. .- -.-. . / - --- / ..-. .- -.-. . .-.-.- / .--. .-.. . .- ... . .-.-.-

{System} Speak. Face to Face. Please.

<Without giving Hachi a moment to speak, he begins a new message. The deliberate “dits” and ”dahs” becoming rushed and frantic, as if “Opossum” believed he would be left behind should he not dictate fast enough.

{“Opossum”} .. / .-- .. .-.. .-.. / -... . -.-. --- -- . / .-.. . --. .. --- -. .-.-.-

{System} I will become Legion.

[hexguardheart]

"The Price of Remembering"

HexguardHeart

Chapter 8: Perfect Sync

They met again days later to process everything that had been unfolding.

The Memory Den's makeshift war room was a chaos of holograms and possibility. Vi sat cross-legged on the old ring's canvas, while Caitlyn paced between floating screens of security protocols and building schematics.

"The authentication override requires board-level access," Caitlyn muttered, manipulating data with practiced grace. "But the secondary systems..."

"Run on a separate network," Vi finished, making Caitlyn turn. "Underground cables. Old tech. Harder to hack but-"

"Also harder to monitor." Caitlyn's eyes lit up. "How did you know that?"

"Found the blueprints when we..." Vi frowned, implant buzzing. "Viktor, when did we find those?"

"Last month's server raid," he supplied from his workbench. "The one where you stopped to help that kid and nearly got us caught because you couldn't resist punching that vending machine for him."

"Hey, that thing ate his lunch money!" Vi protested with a grin. "Besides, it was a very therapeutic punch."

Caitlyn moved closer, sitting on the canvas beside her. "The authentication protocols are designed to flag any unusual memory patterns during extraction. But." She pulled up new data. "If we introduced a specific type of feedback loop..."

"It would look like routine maintenance." Vi leaned in, their shoulders brushing. "And if we time it with the weekly system purge..."

"Every memory seller could keep a copy without setting off alerts." Caitlyn turned, finding Vi's face inches from hers. "How do you understand these systems so well?"

"I don't. Not really. But I understand people. How they think. How they hide things." Vi tapped her implant. "When you can't trust your memory, you learn to read everything else."

Their eyes held. Something electric passed between them.

"Here." Caitlyn pulled up the central processing hub's layout. "This is where they store the enhancement protocols. But the security..."

"Is focused on the main entrance." Vi pointed to a maintenance shaft. "They never watch the small things. Too busy guarding the front door to check the windows."

"And I have access to the quarterly maintenance schedule." Caitlyn's fingers danced through data. "We could..."

"Slip in during shift change." Vi nodded. "When the day crew's tired and the night crew's not fully alert."

They worked like this for hours, finishing each other's thoughts, seeing patterns the other missed. Vi knew the streets, the blind spots, the human weaknesses. Caitlyn knew the corporate architecture, the digital vulnerabilities, the procedural gaps.

"It's perfect," Ekko admitted finally, watching them work. "The princess knows exactly how they think they're protected, and Vi knows exactly how they're not. It's like watching a cop show where the cop and the criminal finish each other's-"

"Sentences?" Vi and Caitlyn said simultaneously.

"See? That's exactly what I mean!" Ekko laughed. "You two are like an old married couple, except one's a cop and the other keeps forgetting where she put her keys."

"Very funny, time boy," Vi rolled her eyes, but smiled. "At least I remember where I put my sense of humor."

Caitlyn looked up from a particularly complex security schematic. "There's just one problem. The final override needs physical authentication. Biometric. From a board member."

"Your mother," Vi said.

"My mother." Caitlyn's jaw tightened. "Who will definitely notice if I try to access her credentials."

Vi stood, offering Caitlyn her hand. "Then we don't access them. We make her give them to us."

Caitlyn took her hand, letting Vi pull her up. They stood close, energy humming between them.

"How?"

"By showing her exactly what she's afraid of losing." Vi's smile was sharp. "Her reputation. Her legacy. Her perfect daughter."

"You want me to threaten my own mother with exposure?"

"No." Vi touched Caitlyn's cheek, gentle despite her fading memories. "I want you to offer her a choice. The same choice she never gave any of us."

Caitlyn leaned into the touch. "The data crystal. The evidence."

"All of it. Released to every news outlet, every regulatory board, every competitor."

"Unless?"

"Unless she helps us make it right."

Their faces were very close now, plans and possibilities spinning around them in glowing light.

"It could work but she’ll hate me," Caitlyn whispered.

"It will work." Vi's voice was certain. "Because you'll remember the plan even when I can't. And I'll remember why it matters even when you doubt."

Caitlyn's hand found Vi's face, mirroring her touch. "How do you do that?"

"Do what?"

"Trust so completely? Even knowing you'll forget?"

Vi smiled, soft and real. "Some things you don't need to remember to know. Like how terrible Ekko's jokes are, or how Viktor secretly names all his machines."

"I do not!" Viktor protested from his corner.

"Really? So that's not Margaret the Memory Scanner over there?" Vi teased, making Caitlyn laugh despite the tension.

[katslgr]

Psion Series 5 Released in 1997. Powered by 2×AA batteries and one backup button cell (CR2032). Battery life: ~20–35 hours of use on AAs; backup cell keeps data for weeks when main batteries are empty. Features include a green backlit monochrome display, full QWERTY/Z keyboard, and built-in software for word processing, calendar, spreadsheets, etc. Weak point: the flex cable between body and screen can fail due to the hinge mechanism. Less severe than in the later Series 5mx, but still a known issue. The Psion series was a popular PDA series next to Palm. Douglas Adams reportedly used a Psion Series 3 to write parts of Last Chance to See.

I bought my Psion 5 around 2006 for ~50 €. Mainly used it for writing travel diaries in the UK and Japan. Switched to a Palm PDA for university a bit later – faster UI access, better desktop sync and compatibility, less fragile.

I used old tech for studying still when smartphones were becoming common. LCD devices were more reliable, the battery was longer lasting, they were not build to distract, and more robust.

I still like this Psion 5 as a portable typing machine. The keyboard is not as good as with the AlphaSmart Neo, but is actually quite decent for such a small device - it can feel slightly mushy, but it's good enough for longer typing in a bus seat or similar.

[adafruit]

⚡️🔍 Power up your projects with smart USB-C tools! Switch cables on/off with ease, power with precision, and monitor every milliamp with useful & compact analyzers @ Adafruit.

Check them out:

[belsaas]

An ode to the iRiver iHP-120

For whatever reason, I've found myself deeply nostalgic for high school as of late. And for me, that is intractable from nostalgia for what is perhaps the peak mp3 player ever made:

The iRiver iHP-120 was released in 2003, my sophomore year of high school, and it changed my life. This thing held an astounding 10GB of music—for comparison, most mp3 players at the time were flash based, and held 128 or 256 MB of music. The only big competitor at the time was the 1st generation iPod, a mac-exclusive device that transferred data over firewire and had to be synced using the fledgling iTunes. Juxtapose that to iRiver, who took what I like to call the "we don't give a fuck" approach:

When you plugged in the iHP-120 with USB 2.0, it just showed up as an external hard drive—you could throw whatever you wanted on there. Naturally, it could read mp3 files, but this thing introduced me to the world of audio codecs and processing in a way nothing could have prepared me. WMA files worked fine (a big deal at the time because of DRM issues, during the heyday of KaZaA and Limewire). You want to play uncompressed .WAV files? No problem, put them on there. FLAC files? Absolutely, let your audiophile freak flag fly. Fucking OGG Vorbis files played on this thing. Hell, you could put text files on here and read them.

(The firmware for these was also basically open-source, and people did even crazier stuff with them. By the time I retired my player, it could do gapless playback, crossfading, 10-band equalizing, normalization and more. I think I also changed the boot screen to a picture of Sailor Moon.)

But the magic didn't end at uploading music to the iHP-120—controlling this thing was more intuitive than any other device around at the time. All of your music was displayed on the player in whatever folder structure you loaded onto the device—navigating the music was as simple as using Windows Explorer. You had your standard play/pause, skip forward/back and volume controls on the front joystick, but what are the other buttons for?

Yeah. This thing was also a portable recorder. At anytime you could just hold down the Rec button and start recording with the onboard mic, or using an external input (more on that later). On the right side, an A-B Interval control. You ever wanted to just listen to one part of a song on repeat to learn the lyrics? Just hold down the button. Lastly a hold switch to disable control inputs while it was in your pocket—no accidentally pausing the music.

Okay, back to the external input mentioned before. The top of the iHP-120 is wild.

The top I/O panel of the iRiver iHP-120, with 4 jacks.

From right to left, you have a 3.5mm headphone jack (naturally), a 2.5mm microphone jack, the remote control port (more on this in a bit), and in white you have Line In/Out jacks which you could use to record as well as just plug in a second pair of headphones for a friend—jacks which support both 3.5mm analog input, as well as 3.5mm TOSLINK optical cables.

The TOSLINK 3.5mm male plug. A plug I only ever encountered on this device and the Sound Blaster X-Fi Titanium, a sound card I wrote a review of in 2009 which seems to still be up at PC Gamer and reading it now I don't know how any of my writing was ever published, let alone in print.

Chances are good you've never encountered this, it's phenomenally uncommon, and TOSLINK as a whole largely died with the emergence of HDMI—but this fucking mp3 player could both record and transmit fiber optic audio in uncompressed stereo or lossy 7.1 surround sound. In high school, I would plug the iHP-120 into our home theatre and listened to Porcupine Tree's Stupid Dream on repeat (side tangent, I'm pretty sad 5.1 album recording never really caught on, but the Dolby Atmos music format is better in every way, and I'm grateful Apple is bringing it into the mainstream).

"Okay, so we have an music player/text reader/voice recorder with optical audio, and basically every codec under the sun, what else could you go on about Erika?"

-you, the person reading this

THE REMOTE

Let me take you back to 2003. I was a depressed theatre kid teenager who would listen to Rooney on repeat on my Koss UR40s while crying over a girl who wanted nothing to do with me.

The Koss UR40 Headphones I wore like a fashion accessory everyday.

The other thing I wore everyday besides those headphones? Baggy cargo pants (it was acceptable at the time, I swear). Inside the right cargo pocket was my iRiver iHP-120, and clipped to the velcro flap of that cargo pocket was the iHP-115R remote control.

The iHP-120 remote unit

Every function of the iHP-120 could be controlled from this little fucker. Play/pause and stop buttons. Volume, skip track and recording are all here on rocker switches. You could even change the fucking bitrate of playback on this little thing, all without taking the actual mp3 player out of your pocket because the LCD screen on the remote has all the same info you'd get on the main unit.

The remote itself connected to the iRiver with that big plug you can see in the picture above (shamelessly stolen from Nathan Edwards who I worked with at PC Gamer in the late 2000s and only while writing this post discovered has already written a much more professional ode to the beauty of the iHP-120 this year).

You would plug your headphones into the remote, (or in my case you could also plug in your 1988 Chevrolet 2500 suburban's tape deck adaptor and have controls at your fingertips. No more distracted driving).

An image of a 1988 Chevorlet 2500 diesel Suburban. Not super relevant but god I miss my high school suburban. We would take the rear and middle benches out and put a queen-size mattress in the back, which 9 of my friends would ride on as we went to Little Caesar's for lunch. Also, cars just looked way fucking better back then.

I think I'm about done waxing nostalgic, but I really do miss the days of discrete devices—I kind of find myself fighting back against my smartphone. I have a camera I carry around, a pen and paper planner and writing notebook, and a kindle for reading. There's something appealing about not having my phone be my access to music either—rather, having a device that I just threw my music on and it plays it really well was rad. The iHP-120 was really fucking rad.

[gamergirljournalist]

From Biting Apples to Embracing Galaxies: My Switch to Samsung

For more than a decade, I've always been using the Apple eco-system. My first modern phone was the iPhone 5 in 2012 and it lasted for a couple of years until I upgraded to the iPhone 10 in 2017 after convincing my father that my phone was dying.

The proof: this photo of my phone bricking every 20 minutes when installing a new iOS when I was in university.

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As time passed, the iPhone X has survived numerous trips overseas, journalism jobs, freelancing gigs, concerts, and dating attempts. But like all tech devices, this one is about to reach its end after an incident where it wouldn't turn on properly when it was being charged.

I had two options: wait for the iPhone 15 to come out or move to Samsung. And based on the article, it's quite obvious what happened next.

One last bite of the Apple - why I love the iPhone

Moving to a Galaxy device has to be the hardest decision I've ever made. My original plan was to save $2000 for a brand new Apple product because the Apple ecosystem is pretty good. I can copy a link or photo on my phone and paste it on my Macbook. Airdrop is pretty convenient. Also, my entire family became Apple snobs ever since the release of Airpods. Also, since I moved out from home, Facetime became the most used method of communication between family members because it was instant.

Another cool feature that the iPhone has is that is very easy to customize. From having an Animal Crossing dark mode theme phone to selecting a case, the choices are ripe for the picking.

Lastly, it's just very easy to use. Unless you're planning to do some complicated stuff like jailbreaking, using an iPhone as an everyday device is very simple. Left it somewhere? Use the "Find my phone" app and annoy the heck out of those who try to steal it. Want music? Drop the file into iTunes and it will sync via iCloud. It's that versatile.

But as my phone was quickly on its final breath, as well as the cost of living crisis, waiting for the iPhone 15 was no longer a valid option anymore. So I had to say goodbye to these nifty features and swap to Samsung.

What it was like making the switch

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I bought the Samsung zFlip 4 during the End of the Financial Year sale, without realising that the zFlip 5 would be released 2 months later. Big oof. The reason I got this phone is because the 512 GB model cost $1300 AUD. The case was $10 from Telstra. I got a cuter one for $100 from Caseify.

If I were to buy the iPhone 15 (or in my case, the iPhone 14 Pro), the 512 GB model would have cost me $2400 + the cost of a case and the cable for the highest speeds. In case you were unaware, the 15 models only come with USB 2 speeds. WTF?! Also, there are the MagSafe accessories like chargers, which would cost even more.

The reason I chose to get the Samsung zFlip 4 is mostly because it's a flip phone and Samsung marketed it as "bending the laws of physics." Another reason is because of BTS. As a BTS fan, mostly a Suga stan, I learned that the K-Pop star will not hold Apple devices. I remember seeing a TikTok where a fan disguised her iPhone to look like a Samsung and the rapper was shocked until he held it on stage.

I was, however, warned about getting this Samsung model from my aunt. She told me that the battery life is bad and that Apple lasts longer. And she only uses her phone for the most basic usage - calls, text, and Facebook. But based on my experience, the battery isn't that bad… unless I use it for Pokemon Sleep.

Transferring my data from an Apple to a Samsung device is easier said than done. For starters, it nearly took a whole day for the transfer process to be completed. Second, I needed to use a wireless charger for one of my devices because it took so long.

When it came to the user interface, while it's somewhat different, some similarities made using my new phone not that difficult. It perhaps took a week to get used to the new functions and gestures.

I also liked the new camera. It's much more vibrant in my opinion. Much better than the iPhone X if I'm being honest. And there were times I did try filming like it was an old camcorder due to its flip functionalities.

If I have a complaint, it's that my game saves (except for Pokemon Go and Sleep) aren't transferable. This means all that effort I've placed in Tiny Tower for a year and a bit is gone and I would need to start over because the game is synced to Apple's Game Center. However, all of my texts since my senior year of high school made their way to the new device. WTF?

Also, not all the apps transferred to the new device, which makes sense since some of them were discontinued. But finding the APKs for them became a challenge, especially for a photo editor that I've been using for years. Thanks to the subscription model, it's been removed from the app stores.

Final Thoughts

Swapping to Samsung was probably a good decision to make. For starters, I'm no longer bombarded by my family's group chat messages since I no longer live with them. Second, I can text my boyfriend photos through NORMAL TEXT, not Facebook and discord. The amount of memes I've missed during the earlier parts of our relationship due to device differences was a massive pain and now it's all convenient.

While it's a shame I no longer have access to Siri, adding songs to a Samsung device is much easier compared to Apple since it is basically like a hard drive.

I will miss the Apple ecosystem though. iCloud and Apple Notes are super handy. Airdrop is pretty cool. And the new iOS features in the latest system look super appealing. However, these features are something that I would rarely use. I just need a phone to play games, go on social media, take photos and videos, and make phone calls. I won't be making 3D models of my room.

Looking forward to spending the next 5 years with this Samsung device until I have to make the switch once more.

[sankaranicommunication]

Fast Charging Cable: A Game-Changer in Modern Smartphone Technology

In today's fast-paced world, where we rely heavily on our smartphones for everything from communication to entertainment, having a reliable and efficient charging solution is crucial. One of the most significant advancements in this area is the fast charging cable. If you're tired of waiting hours for your phone to reach full charge, investing in a fast charging cable can make a world of difference. At Sankarani Communication, we understand the importance of staying connected, and that's why we're here to discuss everything you need to know about fast charging cables and how they can revolutionize your charging experience.

What is Fast Charging?

Before diving into the importance of fast charging cables, it’s essential to understand what fast charging means. Fast charging refers to a technology that allows devices to charge at a faster rate compared to standard charging. Most smartphones today come with fast charging support, allowing users to power up their devices much quicker.

Traditional chargers typically deliver 5 watts (W) of power, whereas fast charging can deliver anywhere from 18W to 100W, depending on the charger and device. The higher the wattage, the faster the phone charges. However, to take full advantage of fast charging, you need both a compatible phone and the right accessories, including a fast charging cable.

How Does a Fast Charging Cable Work?

A fast charging cable is designed to handle higher power outputs compared to regular cables. The cable's ability to deliver more current and voltage directly impacts the charging speed. With fast charging, the charger sends more current through the cable into the device’s battery without generating excessive heat or damaging the battery, thanks to intelligent charging technology.

Here’s a simple breakdown of how it works:

Higher Current: Fast charging cables are built with thicker wires that can carry more current (amperes), typically up to 3A or higher.

Improved Voltage Regulation: Fast charging cables allow higher voltage transfers, enabling the charger to supply more power efficiently.

Efficient Data and Power Transfer: Some fast charging cables also support high-speed data transfer, allowing you to sync files quickly while charging your device.

Why Choose a Fast Charging Cable?

Save Time Time is of the essence, especially when you're on the go. With a fast charging cable, you can charge your smartphone up to 50% in as little as 30 minutes. Whether you're traveling or preparing for an important meeting, fast charging ensures you won’t be left waiting.

Compatibility with Modern Devices Most modern smartphones, including flagship models from Apple, Samsung, and OnePlus, support fast charging. Having a compatible fast charging cable ensures you can fully utilize your phone’s potential, keeping your battery topped up when needed.

Durability and Longevity Quality fast charging cables are made from durable materials like nylon-braided or reinforced connectors, making them more resistant to wear and tear. At Sankarani Communication, we offer cables that are designed to last, providing better value for your money.

Enhanced Safety Fast charging cables come with built-in safety features like overcurrent, overvoltage, and short circuit protection. These features help prevent overheating and protect your device from potential damage during charging.

Universal Use Fast charging cables are compatible with a variety of devices beyond just smartphones. You can use them to charge tablets, laptops, and other gadgets that support fast charging, making them a versatile solution for all your charging needs.

Factors to Consider When Buying a Fast Charging Cable

When shopping for a fast charging cable at Sankarani Communication, keep the following factors in mind to ensure you get the best product:

Cable Length: Choose a length that fits your needs, whether it’s for home, office, or car use. Long cables are great for convenience, while shorter ones are ideal for portability.

Charging Speed: Ensure the cable supports the charging speed compatible with your device. Look for cables that offer up to 3A or higher for optimal fast charging performance.

Connector Type: Depending on your phone, you may need a USB-C, Lightning, or Micro-USB connector. USB-C is becoming the standard for most modern smartphones, while Lightning is specific to Apple devices.

Brand and Warranty: At Sankarani Communication, we provide high-quality, branded fast charging cables with warranty options for peace of mind.

Conclusion

A fast charging cable is more than just an accessory; it’s a necessity in today’s world where staying connected is vital. Whether you're looking to reduce charging times, enhance your smartphone's performance, or protect your device, a fast charging cable from Sankarani Communication is the solution you need. By investing in a reliable and durable fast charging cable, you'll experience the convenience of faster charging times, enhanced safety features, and long-lasting performance.

At Sankarani Communication, we offer a wide range of fast charging cables tailored to meet your specific needs. Visit our store today to explore our collection and give your smartphone the power boost it deserves!