![[TK] Tech Kush](https://cdn.tlmtr.io/_next/image?url=https%3A%2F%2Fimg.tlmtr.io%2Fc%2F1rFJo3%2F5240206920189154404%3Fty%3Dl&w=48&q=75){kind=small}
[TK] Tech Kush
Открыть в Telegram
UltraM8's hideout with tech news, memes, mod updates and various stuff
Больше1 616
Подписчики
Нет данных24 часа
-37 дней
-630 день
Загрузка данных...
Похожие каналы
![K20 Pro / Mi9T pro Mods [ EOL ]](https://cdn.tlmtr.io/_next/image?url=https%3A%2F%2Fimg.tlmtr.io%2Fc%2F1g4NoY%2F6253632465453296234%3Fty%3Dx&w=96&q=75){kind=small}
Облако тегов
Нет данных
Возникли проблемы? Пожалуйста, обновите страницу или обратитесь к нашему support-менеджеру .
Входящие и исходящие упоминания
---
---
---
---
---
---
Привлечение подписчиков
август '26
август '26
+1
в 0 каналах
июль '26
+11
в 0 каналах
Get PRO
июнь '26
+8
в 0 каналах
Get PRO
май '26
+1
в 0 каналах
Get PRO
апрель '26
+2
в 0 каналах
Get PRO
март '26
+6
в 0 каналах
Get PRO
февраль '26
+7
в 0 каналах
Get PRO
январь '26
+7
в 0 каналах
Get PRO
декабрь '25
+6
в 0 каналах
Get PRO
ноябрь '25
+6
в 0 каналах
Get PRO
октябрь '25
+6
в 0 каналах
Get PRO
сентябрь '25
+9
в 0 каналах
Get PRO
август '25
+9
в 0 каналах
Get PRO
июль '25
+15
в 0 каналах
Get PRO
июнь '25
+6
в 0 каналах
Get PRO
май '25
+14
в 0 каналах
Get PRO
апрель '25
+5
в 0 каналах
Get PRO
март '25
+10
в 0 каналах
Get PRO
февраль '25
+10
в 0 каналах
Get PRO
январь '25
+3
в 1 каналах
Get PRO
декабрь '24
+8
в 0 каналах
Get PRO
ноябрь '24
+8
в 0 каналах
Get PRO
октябрь '24
+8
в 0 каналах
Get PRO
сентябрь '24
+20
в 0 каналах
Get PRO
август '24
+19
в 0 каналах
Get PRO
июль '24
+15
в 0 каналах
Get PRO
июнь '24
+12
в 0 каналах
Get PRO
май '24
+10
в 0 каналах
Get PRO
апрель '24
+16
в 0 каналах
Get PRO
март '24
+16
в 0 каналах
Get PRO
февраль '24
+16
в 0 каналах
Get PRO
январь '24
+16
в 0 каналах
Get PRO
декабрь '23
+29
в 0 каналах
Get PRO
ноябрь '23
+20
в 0 каналах
Get PRO
октябрь '23
+25
в 0 каналах
Get PRO
сентябрь '23
+19
в 0 каналах
Get PRO
август '23
+27
в 0 каналах
Get PRO
июль '23
+47
в 0 каналах
Get PRO
июнь '23
+18
в 0 каналах
Get PRO
май '23
+22
в 0 каналах
Get PRO
апрель '23
+17
в 0 каналах
Get PRO
март '23
+32
в 0 каналах
Get PRO
февраль '23
+55
в 0 каналах
Get PRO
январь '23
+147
в 0 каналах
Get PRO
декабрь '22
+99
в 0 каналах
Get PRO
ноябрь '22
+35
в 0 каналах
Get PRO
октябрь '22
+31
в 0 каналах
Get PRO
сентябрь '22
+37
в 0 каналах
Get PRO
август '22
+40
в 0 каналах
Get PRO
июль '22
+59
в 0 каналах
Get PRO
июнь '22
+45
в 0 каналах
Get PRO
май '22
+63
в 0 каналах
Get PRO
апрель '22
+44
в 0 каналах
Get PRO
март '22
+25
в 0 каналах
Get PRO
февраль '22
+41
в 0 каналах
Get PRO
январь '22
+51
в 0 каналах
Get PRO
декабрь '21
+51
в 0 каналах
Get PRO
ноябрь '21
+51
в 0 каналах
Get PRO
октябрь '21
+27
в 0 каналах
Get PRO
сентябрь '21
+59
в 0 каналах
Get PRO
август '21
+47
в 0 каналах
Get PRO
июль '21
+69
в 0 каналах
Get PRO
июнь '21
+46
в 0 каналах
Get PRO
май '21
+42
в 0 каналах
Get PRO
апрель '21
+61
в 0 каналах
Get PRO
март '21
+118
в 0 каналах
Get PRO
февраль '21
+249
в 0 каналах
Get PRO
январь '21
+85
в 0 каналах
Get PRO
декабрь '20
+3 422
в 0 каналах
| Дата | Привлечение подписчиков | Упоминания | Каналы | |
| 27 августа | 0 | |||
| 26 августа | 0 | |||
| 25 августа | 0 | |||
| 24 августа | 0 | |||
| 23 августа | 0 | |||
| 22 августа | +1 | |||
| 21 августа | 0 | |||
| 20 августа | 0 | |||
| 19 августа | 0 | |||
| 18 августа | 0 | |||
| 17 августа | 0 | |||
| 16 августа | 0 | |||
| 15 августа | 0 | |||
| 14 августа | 0 | |||
| 13 августа | 0 | |||
| 12 августа | 0 | |||
| 11 августа | 0 | |||
| 10 августа | 0 | |||
| 09 августа | 0 | |||
| 08 августа | 0 | |||
| 07 августа | 0 | |||
| 06 августа | 0 | |||
| 05 августа | 0 | |||
| 04 августа | 0 | |||
| 03 августа | 0 | |||
| 02 августа | 0 | |||
| 01 августа | 0 |
Посты канала
| 2 | https://kitsumed.github.io/blog/posts/android-may-soon-restrict-on-device-adb/
Oops, looks like wireless ADB is somehow too convenient to access and your granny will use it to bypass the 24h cooldown and install malware 🤯 | 322 |
| 3 | AINUR 💎 SILMARIL v20.13
The second-generation AINULINDALE engine redefines Android's audio pipeline at the system level, replacing core processing stages with mathematically refined implementations designed to preserve precision from decoding to final output. Every component is engineered to minimize numerical error, maintain phase integrity, and deliver a transparent, natural presentation that stays faithful to the original recording.
Custom Double-Precision Bessel by James34602
A custom double-precision Bessel implementation replaces the original truncated approximation used during FIR coefficient generation. By converging to machine precision, the Kaiser window is generated with significantly lower numerical error, producing more accurate filter coefficients and improved stop-band performance for cleaner resampling.
High-Fidelity DC Blocking
A real-time single-pole DC blocker removes DC offset immediately after integer-to-float conversion across every supported PCM format. Internal double-precision filter states preserve long-term accuracy while an ultra-low cutoff frequency maintains complete transparency throughout the audible spectrum, including the deepest sub-bass.
TPDF Dither Engine
A mathematically correct TPDF dither engine combined with second-order noise shaping minimizes correlated quantization distortion during bit-depth reduction. Dither energy is shifted toward ultrasonic frequencies, allowing low-level detail and ambience to remain perceptually intact without introducing harsh digital artifacts.
Deferred Gain Staging
Instead of attenuating audio before processing, SILMARIL maintains unity gain throughout the DSP pipeline and applies user volume only at the final rendering stage. Preserving full internal signal resolution allows subsequent processing to operate with maximum numerical precision while reducing rounding error during low-volume playback.
Soft-Saturation Limiter
A true-peak-aware limiter uses 2× oversampling with polyphase interpolation to detect inter-sample peaks before they reach the output stage. Audio below the limiting threshold passes transparently, while genuine overshoots are controlled using a smooth saturation curve that avoids the harsh artifacts associated with conventional brickwall limiting. | 577 |
| 4 | AINUR 💎 SILMARIL
The second-generation AINULINDALE engine in SILMARIL sets a new benchmark for audio refinement. Embedded directly into the OS fundamentals of the audio pipeline - it rewrites how sound is processed, handled, and delivered. The result is a transparent, high-fidelity signal path that preserves the integrity of the original recording, ensuring every nuance of spatial imaging and harmonic detail is rendered with clinical accuracy and analog-like musicality.
Custom Double-Precision Bessel
Replacing truncated polynomials with a custom, double-precision Bessel engine, V2 achieves absolute machine epsilon convergence. This eliminates numerical rounding drift, resulting in a pristine windowing profile that preserves spatial imaging and harmonic detail by removing high-frequency artifacts entirely.
High-Fidelity DC-Blocking
A real-time, single-pole IIR filter at the reverse format conversion layer eliminates DC offset across all bit depths. By using a fixed psychoacoustic pole constant, V2 maintains a pristine subsonic cutoff, ensuring total immunity against thread-local race conditions and jitter. The result is zero precision loss and phase-transparent, deep sub-bass.
TPDF Dither Engine
V2 introduces a mathematically pure TPDF dither engine to eliminate a correlated quantization distortion. By linearizing the process and employing a 2nd-order closed-loop error feedback network, the architecture shifts dither energy into the near-ultrasonic region. This renders bit-depth reductions transparent, allowing micro-details to resolve clearly.
Deferred Gain Staging
Traditional Android volume scaling destroys dynamic range by squashing signals early. V2 bypasses this by forcing unity gain through the mixer core, maintaining maximum bit-depth precision. Volume reduction is deferred to the final rendering stage and paired with noise-shaping. Shifting rounding errors to the ultrasonic spectrum preserves holographic depth and transient clarity, even at whisper-quiet levels.
Soft-Saturation Limiter
Replacing rigid brickwall limiting, V2 utilizes a 4-tap half-band polyphase interpolation filter for 2x-oversampled inter-sample peak tracking. Signals below -1.0 dBFS remain bit-perfect. When an overshoot occurs, the engine engages an analog tape-style transfer curve. This replaces jagged digital clipping with the warm, musical harmonics of vintage studio gear, eliminating aliasing and fatigue. | 279 |
| 5 |  yea, f you, gpt | 541 |
| 6 |  Нет текста... | 303 |
| 7 |  le google & their obsession over (anything but) security be like | 404 |
| 8 |  Нет текста... | 445 |
| 9 |  h2o = steamOS | 555 |
| 10 |  Попался🥹
Kosh_Flex | 536 |
| 11 |  Нет текста... | 505 |
| 12 | OCVM | OnePlus13 OOS16 camera mod v60.43 update
Fully reworked Spectra ISP processing for _IMX966_ (main) & _IMX882_ (tele) lenses, including:
- Dialed down Adaptive Bayer Filtering (ABF) denoising
- Dialed down Advanced Noise Reduction (ANR) denoising
- Disabled Adaptive Spatial Filter (ASF) sharpening processing (full ringing outlines removal)
- Disabled Demosaic Denoise for IMX882
- Dialed down Hybrid Noise Reduction (HNR) denoising
- Set thinnest line detection for Green Imbalance Correction (GIC) in PD Pixel Correction (PDPC)
- Replaced qcom generic noise model for IMX882
Patched HAL & stock processing blobs from a16 (oos16.0.3) base
Reworked OIS (a16 brought full config support in adsp) & EIS configs
Reworked HAL config edits
! v60.43 update doesn't include fx8u processing addon module, there is no ETA for any updates for it ! | 450 |
| 13 |  Нет текста... | 429 |
| 14 |  +1adb shell reboot bootloader
fastboot oem set-gpu-preemption 0 androidboot.selinux=permissive
fastboot continue
Install the manager from https://github.com/tiann/KernelSU/actions/runs/23055483890 (alt: https://nightly.link/tiann/KernelSU/actions/runs/23055483890/manager.zip)
Press the jailbreak button.
You have temp root. Just don't write to any partitions that are verified by bootloader, you'll brick.
Yes, this is a guide specifically for Mi 17 (series?). I've seen set-gpu-preemption-value elsewhere, and setting that does give you permissive SELinux state and working adb, but you're left with a black screen, this doesn't occur with set-gpu-preemption.
(excuse the Polish screenshots) | 437 |
| 15 |  2018 marketing meets 2026 reality | 507 |
| 16 | https://github.com/ruvnet/RuView | 414 |
| 17 |  +4You must be ballsless like Honor to cheat camera testing with ai that sniffs the context of the scene when at DXOmark office. | 323 |
| 18 |  Нет текста... | 569 |
| 19 |  tldr | 509 |
| 20 | AINUR SILMARIL
SILMARIL is latest android audio modification installment in AINUR AUDIO series. Named after Silmarils - JRR Tolkien's legendarium light-embodying gems. SILMARIL stays true to its legendary namesake, encapsulating the luminous essence of sound: vivid, nuanced, rapid, grand & deeply emotional. Dedicated to bring high-fidelity true-res audio to a wide range of devices - SILMARIL adaptive design scales across various platforms, including Qualcomm, MediaTek, and Google Tensor, ensuring optimal audio output tailored to each device. Its ability to support an extensive range of playback options, ensures that whether you're using heaphones, external DACs, streaming services, or dedicated music player - music comes at an awe glory. SILMARIL elevates the audio experience to new heights, pushing boundaries and transforming the device into a vessel that sails through immersive sound waves.
⚙️ Dynamic Installer
SILMARIL dynamically checks software/hardware environment context it's getting installed on to determine content to edit. This, further backed up by patches being corrected against respective sources, makes patching more accurate, as well as granular - feasible amount of patches is automatically adapted for the particular SOC/SDK/OEM case, building a solid foundation.
📝 UserOptions
Useroptions were overhauled in SILMARIL. Expanded with more flags to experiment with and have a broader space for personal tinkering, whether universally, or for particular platform. Various UO lags were crosslinked with one-another, as well as with internal dynamic installer logic to offer a more robust experience. Additionally, debugging section added to provide comprehensive way to iterate through problematic installations.
🎧 Connectivity
SILMARIL's variable patching approach opens up ability to support various playback connectivity types, including: internal speakers, usb-c, bluetooth and legacy 3.5 jack.
💎 AINULINDALE
With AINULINDALE at its core, SILMARIL aims at eradicating the long lasting issue of android's forced up/down sampling bottleneck. By looping input rate to the output it effectively sets 1:1 native sampling for the OS and third-party apps that rely on it. Next, to make sampling fully transparent it increases temporal domain resolution by expanding the number of discrete points. This firmly secures signal's characteristics and transients, while exponentially dialing down quantization errors, phase distortion, temporal smearing & aliasing artifacts. Additionally, AINULINDALE improves buffer & memory allocation and switches sampler to UHQ state, getting rid of throttling jitter during FIR gen.
Special thanks to friends who dedicated their time during the production of SILMARIL, including: Zackptg5, James34602, mochi_wwww, ShadoV90, ai94iq & Idoybh2 | 742 |
