我本地可以用 claudecode 调大模型，但是 vscode remote ssh 到一个无外网的服务器上 claudecode for vscode 就跑不了了，请教一下有没有什么方法可以在无外网的服务器上用 claudecode ？
我本地可以用 claudecode 调大模型，但是 vscode remote ssh 到一个无外网的服务器上 claudecode for vscode 就跑不了了，请教一下有没有什么方法可以在无外网的服务器上用 claudecode ？
本帖使用社区开源推广，符合推广要求。我申明并遵循社区要求的以下内容： 我的帖子已经打上 开源推广 标签： 是 我的开源项目完整开源，无未开源部分： 是 我的开源项目已链接认可 LINUX DO 社区： 是 我帖子内的项目介绍，AI生成、润色内容部分已截图发出： 是 以上选择我承诺是永久有效的，接受社区和佬友监督： 是 以下为项目介绍正文内容，AI生成、润色内容已使用截图方式发出 一个手机给电脑打字的小工具，使用 Rust 语言开发，AGPL 许可证。 github.com GitHub - WantenMN/remote-input: Type on your phone, paste into your desktop Type on your phone, paste into your desktop 程序启动后会在局域网内启动一个 HTTPS 服务，手机连上同一 WiFi 就能在浏览器里访问，会有一个输入框，输入完文字，点发送，内容就会自动粘贴到电脑当前光标所在的位置。 想法来源于一个月前（实际上很早之前就有这个想法，之前用 Python 做过一版，不太满意）： 手机语音识别结果实时输出到电脑上 开发调优 豆包输入法的语音识别效果我认为是最好的，但现在豆包输入法目前只支持 Mac，没有 Windows 和 Linux。豆包 AI 的语音输入不太好用，并且需要电脑上有麦克风，不如手机灵敏。 所以我有了一个想法，开发两个配套的程序，一个在手机上，另一个在电脑上，它们通过局域网连接通信。 大概流程 手机端：一个输入框，默认激活输入法。启动语言识别功能，直接说话 电脑端：后台程序，接收到手机端发来的文… 此外，对于语音输入的看法，这个主题的观点和我的挺相近的，贴在这供参考： 强烈推荐语音输入，几乎可以告别打字了，无论是否Vibe Coding 搞七捻三 随着大模型的发展，现在语音输入非常成熟了，尤其在Mac端，Windows也没问题。 废话少说，直接说结论。如果不想花钱，就上豆包语音输入法，Mac端、iOS端和安卓端都有。 它的效果就是，识别率高，能给你正常的加上标点符号。中英文混合输入没问题，微信输入法就做不到这一点。 如果你更期待的是结构化的输入，也就是你输入一段零散的话，想到什么说什么，然后输入法把你说的话给你整合出来，基本上保持原意… 5 个帖子 - 3 位参与者 阅读完整话题
场景：本机有ccswitch，用vscode ssh连接remote后，希望codex插件能走本机的ccs配置。 解决方案 ： 本机ccswitch开启路由模式，这里我设定路由端口为17666 修改远程主机的 ~/.codex/config.toml 配置文件: model_provider = "custom" model = "gpt-5.5" model_reasoning_effort = "medium" [model_providers.custom] name = "custom" wire_api = "responses" requires_openai_auth = false base_url = "http://127.0.0.1:17666/v1" 启用ssh反代，打开ssh配置文件，添加最后两行内容： Host 192.168.xx.xx HostName xxx User xxx RemoteForward 127.0.0.1:17666 127.0.0.1:17666 ExitOnForwardFailure yes 重启remote的vscode服务:快捷键 shift+ctrl+p ，点击 Kill VS Code Server on Host 测试一下，正常运行 2 个帖子 - 1 位参与者 阅读完整话题
/rc 就是 remote-control 敲一个 /rc 就可以连到手机，这样蹲坑，或者坐地铁还可以干活，不浪费 5h 冷却 Claude Code v2.1.162 版本怎么没了 我是 pro 订阅，之前 145 版本左右还是有的
/rc 就是 remote-control 敲一个 /rc 就可以连到手机，这样蹲坑，或者坐地铁还可以干活，不浪费 5h 冷却 Claude Code v2.1.162 版本怎么没了 我是 pro 订阅，之前 145 版本左右还是有的
Error running remote compact task: unexpected status 401 Unauthorized: Encountered invalidated oauth token for user, failing request, url: https://chatgpt.com/backend-api/codex/responses/compact , cf-ray: a087a5e7bc81039f-HKG, request id: 08529d0b-65f5-453a-9a20-81078d4da905, auth error: 401, auth error code: token_revoked 修正一下 aef.claudeai.life 注册的两个号都挂了，一个用了一部分 一个都没登录，都挂了 另外一个team 还能用 不知道能蹬多久 10 个帖子 - 9 位参与者 阅读完整话题
Error running remote compact task: stream disconnected before completion: error sending request for url ( https://chatgpt.com/backend-api/codex/responses/compact ) 基本上过一小段时间会话就失败了，不是中转，是直接登录的pro，求一个解决方案 1 个帖子 - 1 位参与者 阅读完整话题
场景：需要本地Windows Native开发，也需要WSL开发，还需要Remote SSH开发。 目前Codex APP的设置里可以手动选择Agent 为 wsl 还是 Native，不知道是哪个脑袋想出来的方案。 既然目前支持remote ssh了。那么直接ssh登录wsl即可。 wsl 支持 ssh sudo apt update sudo apt install -y openssh-server bubblewrap sudo systemctl enable ssh sudo systemctl start ssh sudo nano /etc/ssh/sshd_config 配置如下，避开22端口 Port 2222 PubkeyAuthentication yes PasswordAuthentication no sudo systemctl restart ssh win11 配置 C:\Users<YourWindowsUser>.ssh\config Host wsl-ubuntu HostName localhost Port 2222 User <你的WSL用户名> IdentityFile C:\Users\YourName\.ssh\id_ed25519 增加ssh key到wsl type $env:USERPROFILE\.ssh\id_ed25519.pub | wsl sh -c "mkdir -p ~/.ssh && cat >> ~/.ssh/authorized_keys && chmod 700 ~/.ssh && chmod 600 ~/.ssh/authorized_keys" ssh 命令验证能否登录 ssh wsl-ubuntu Codex APP 配置 按照remote ssh正常操作即可。 1 个帖子 - 1 位参与者 阅读完整话题
Error running remote compact task: unexpected status 503 Service Unavailable: No available channel for model gpt-5.5-openai-compact under group default (distributor) (request id: 202606030214337343574988268d9d6GXCSdaxv) 不知道佬友遇到过没有，今天突然遇到了，codex一直都是有更新就更新，不知道是不是codex的问题，还是api问题。有没有解决之道？ 2 个帖子 - 2 位参与者 阅读完整话题
Error running remote compact task: stream disconnected before completion: error sending request for url ( https://la1api.top/responses/compact ) 是我配置有啥问题，还是这中转不行？
Error running remote compact task: stream disconnected before completion: error sending request for url ( https://la1api.top/responses/compact ) 是我配置有啥问题，还是这中转不行？
Error running remote compact task: stream disconnected before completion: error sending request for url ( https://la1api.top/responses/compact ) 是我配置有啥问题，还是这中转不行？
Introduction Against the backdrop of rapid expansion in the global consumer electronics and smart home markets, Grand View Research data shows that the global wireless remote control device market size reached US$19.8 billion in 2025, with an expected CAGR of 7.2% by 2030. Among them, Sub-1GHz OOK/ASK modulation solutions, with their advantages of low cost, low power consumption and strong anti-interference capability, account for more than 70% of the consumer remote control product market share. Chengdu Ebyte Electronic Technology Co., Ltd., a leading domestic provider of wireless communication solutions, has launched the E160-TxF12S2 OOK wireless transmitter module for low-cost remote control scenarios, which has become an ideal choice for small home appliances, toys, access control and other fields with its ultra-high cost-effectiveness and industrial-grade reliability. Based on official manual parameters, this article comprehensively analyzes the technical features, application solutions and deployment guidelines of the E160-TxF12S2, providing selection references for consumer electronics developers. Table of Contents Core Product Features Detailed Technical Specifications Hardware Design and Pin Definition Software Development and Coding Rules Typical Applications and Reference Circuits Frequently Asked Questions and Solutions Soldering and Mass Production Guide Selection Reference and Supporting Solutions 1. Core Product Features The E160-TxF12S2 is an OOK/ASK modulated wireless transmitter module specially designed for low-cost remote control scenarios. It has a built-in high-performance RF chip and power amplifier, factory-cured EV1527 standard encoding and 20bits unique address code, enabling rapid productization without additional encoding development. The core advantages are as follows: Feature Category Specific Parameters Modulation Method OOK/ASK (Amplitude Shift Keying/On-Off Keying) Operating Frequency Band 315MHz (E160-T3F12S2) / 433.92MHz (E160-T4F12S2) Transmit Power +13dBm (@3.3V power supply) Communication Range Up to 210m in ideal environment (paired with E160-RxMD2 receiver module, 1.5dBi antenna, 2m height) Power Consumption Performance Transmit current 10mA, sleep current only 1μA Encoding Features Built-in EV1527 standard encoding, factory-cured 20bits unique address code (million groups without repetition) Button Support 3 independent input pins, expandable to 6 buttons through combination Reliability Design ±4KV ESD electrostatic protection (±6KV for RF pin), industrial temperature range of -40℃~+85℃ Power Supply Features Wide voltage 1.8V~3.6V, supports button battery power supply Dimensions 20.4×13.3×2.5mm ultra-small size, stamp hole SMD package Each module has a globally unique 20bits address code, with an address repetition probability of only one in a million, effectively avoiding crosstalk between different devices. 2. Detailed Technical Specifications 2.1 RF Parameters RF Parameter Parameter Value Remarks Operating Frequency 315MHz / 433.92MHz Two models available Modulation Method ASK/OOK Amplitude shift keying modulation Maximum Transmit Power 13±1.0dBm Typical value, @ 3 .3V power supply Harmonic Suppression >45dBc @ 433MHz , second harmonic Transmission Rate 28kbps Fixed value Frequency Offset ±0.05MHz - Antenna Impedance 50Ω - Reference Communication Range 210m Paired with E160-RxMD2 receiver module, clear open environment 2.2 Electrical Parameters Electrical Parameter Minimum Typical Maximum Remarks Operating Voltage 1.8V 3.3V 3.6V ≥3.3V ensures maximum output power, exceeding 3.6V has burn-out risk Communication Level 1.8V 3.3V 3.6V Consistent with power supply voltage Transmit Current - 10.0mA - Instantaneous power consumption @ 3 .3V power supply, 433.92MHz, 13dBm transmission Sleep Current - 1μA - Automatically enters sleep when no data is sent ESD Protection -4KV +4KV HBM standard, ±6KV for RF pin Operating Temperature -40℃ - +85℃ Industrial-grade design Operating Humidity 10%rh - 90%rh - Storage Temperature -65℃ - +150℃ - 2.3 Hardware Parameters Hardware Parameter Parameter Value Remarks Crystal Frequency 26.25MHz (315MHz version) / 26.2982MHz (433MHz version) Module Dimensions 20.413.32.5mm LWH Antenna Form Stamp hole - Communication Interface GPIO 1.8~3.6V level, 3.3V recommended for reliability Package Form SMD/stamp hole Pin pitch 2.54mm Weight 3.65g - 3. Hardware Design and Pin Definition 3.1 Pin Layout The E160-TxF12S2 adopts a 9-pin SMD package. The core pin definitions are as follows: Pin Number Pin Name Direction Function Description 1 K0 Input Button input pin, active low, at least 100ms duration, key value "0001" 2 K1 Input Button input pin, active low, at least 100ms duration, key value "0010" 3 K2 Input Button input pin, active low, at least 100ms duration, key value "0100" 4 NC Output LED output pin, active low, outputs low when button is pressed, outputs high when released 5 VDD Power DC 1.8~3.6V power input 6 GND - Power ground 7 GND - Power ground 8 GND - Power ground 9 ANT Output Antenna pin, only transmits signals, no receiving function Combined button expansion: Through button matrix design, up to 6 button functions can be realized, corresponding key values: K3="1000", K4="0101", K5="0110" 3.2 Hardware Design Notes Power Design: It is recommended to use a DC regulated power supply with ripple coefficient less than 100mV, reserve more than 30% power margin, ensure reliable grounding of the module, and do not reverse the positive and negative poles of the power supply. Wiring Specification: High-frequency digital traces, analog traces and power traces should avoid passing under the module. If necessary, lay copper on the contact layer of the module and ground it well, and the traces should be placed on the bottom layer. Electromagnetic Compatibility: The module should be kept away from strong electromagnetic interference sources such as power supplies, transformers and high-frequency wiring, and maintain an appropriate distance from 2.4GHz devices such as USB 3.0. Antenna Deployment: The antenna should be exposed as much as possible and vertically upward. If installed in a metal case, an antenna extension cable must be used to lead it out to avoid significant signal attenuation. 4. Software Development and Coding Rules The E160-TxF12S2 has built-in EV1527 standard encoding, no additional encoding development is required, and it can be directly used with the E160-RxMD2 receiver module, or users can develop their own decoding logic. 4.1 Data Frame Structure The data frame sent by the module follows the EV1527 encoding rule, consisting of a synchronization code, 20-bit address code and 4-bit key value code, with a basic unit time T≈35μs: Synchronization code: 32T high level + 80T low level Data bit "1": 3T high level + 1T low level Data bit "0": 1T high level + 3T low level The complete frame structure is as follows: 32*T 204T 44T Synchronization code 20-bit address code (C0~C19) 4-bit key value code (D0~D3) 4.2 Usage Methods Direct button connection: Connect one end of the button to the K0/K1/K2 pin of the module, and the other end to ground. Pressing the button will automatically send the corresponding encoded signal, no MCU participation required. MCU control: The MCU pin can simulate the button level change to realize data transmission, suitable for scenarios requiring dynamic control. Receiver decoding: After demodulation with the E160-RxMD2 receiver module, the MCU parses the 20-bit address code and 4-bit key value code to realize the corresponding control function. Note: Since the module communication rate is 28kbps, it needs to be used with the E160-RxMD2 receiver module that supports this rate. High-speed receiver modules such as E160-RxMS1 are not applicable. 5. Typical Applications and Reference Circuits 5.1 3 Independent Buttons Application Circuit Suitable for simple remote control scenarios with less than 3 buttons, the circuit design is the simplest: K0/K1/K2 pins are respectively connected to independent buttons, and the other end of the button is grounded NC pin is connected in series with a 470Ω resistor and LED indicator for button status indication The power supply uses a 3V button battery, with standby power consumption of only 1μA, and the battery life can reach more than 1 year 5.2 6 Combined Buttons Application Circuit Through the matrix button design, 6 button functions are realized with 3 pins, suitable for multi-function remote controls: K0+K1 combination realizes K3 function (key value 1000) K0+K2 combination realizes K4 function (key value 0101) K1+K2 combination realizes K5 function (key value 0110) Supports 3 independent buttons and 3 combined buttons at the same time, meeting the needs of most consumer remote control applications 5.3 Typical Application Scenarios The high cost-effectiveness and low power consumption features of the E160-TxF12S2 make it widely applicable to the following scenarios: Small Home Appliance Remote Control: Wireless remote control for fans, lighting, bath heaters, humidifiers and other small home appliances Toy Remote Control: Low-power remote control applications for remote control cars, remote control planes, electric toys, etc. Access Control System Remote Control: Wireless remote controls for community access control, garage doors, electric rolling doors Electric Bicycles: Anti-theft remote controls for electric bicycles and electric motorcycles Smart Switches: Control terminals for wireless remote control switches and smart sockets 6. Frequently Asked Questions and Solutions 6.1 Unsatisfactory Transmission Range Possible Causes: There are linear obstacles, same-band interference, or metal shielding near the antenna Power supply voltage is lower than 3.3V, resulting in reduced transmit power Poor matching between antenna and module, or poor antenna quality Tested in environments with strong radio wave absorption such as near the ground or seaside Solutions: Elevate the antenna installation height, avoid obstacles and interference sources Ensure the power supply voltage is ≥3.3V, use a regulated power supply Replace a matched high-gain antenna, use an antenna extension cable when deployed inside a metal case Test in an open environment, avoid using in strong absorption environments 6.2 Module Easy to Damage Possible Causes: Power supply voltage exceeds 3.6V, or the positive and negative poles of the power supply are reversed No electrostatic protection during installation, causing chip breakdown Operating environment humidity exceeds 90%, or temperature exceeds the industrial grade range Solutions: Add over-voltage and reverse polarity protection circuits, strictly control the power supply voltage between 1.8~3.6V Implement electrostatic protection during installation and operation, ensure good module grounding Avoid using in environments exceeding -40℃~+85℃ or high humidity 6.3 High Bit Error Rate Possible Causes: There is same-frequency signal interference nearby Unstable power supply with excessive ripple Antenna feeder is too long or of poor quality, resulting in signal attenuation Solutions: Replace modules of different frequency bands (switch between 315MHz/433MHz) to avoid interference frequency bands Optimize power supply design, add filter capacitors to reduce power supply ripple Shorten the antenna feeder length, use low-loss coaxial cable 7. Soldering and Mass Production Guide 7.1 Reflow Soldering Parameters The module supports lead-free reflow soldering, with the following soldering parameters: Curve Feature Leaded Soldering Lead-free Soldering Solder Paste Type Sn63/Pb37 Sn96.5/Ag3/Cu0.5 Preheat Temperature Range 100℃~150℃ 150℃~200℃ Preheat Time 60-120 sec 60-120 sec Average Ramp-up Rate ≤3℃/sec ≤3℃/sec Liquidous Temperature 183℃ 217℃ Time Above Liquidous 60-90 sec 30-90 sec Peak Temperature 220-235℃ 230-250℃ Average Ramp-down Rate ≤6℃/sec ≤6℃/sec Total Time from 25℃ to Peak ≤6 minutes ≤8 minutes 7.2 Mass Packaging Method The modules are packaged in tape and reel, 1000pcs per reel, with packaging specifications: Tape dimensions: width 44.5~48.5mm, thickness 2.9±0.1mm Reel diameter: 330±0.2mm Suitable for fully automatic SMT mounter production, improving mass production efficiency 8. Selection Reference and Supporting Solutions 8.1 Peer Product Comparison Product Model Transmit Power Communication Range Number of Buttons Sleep Current Package Size E160-TxF12S2 13dBm 210m 6 (3 pins expanded) 1μA 20.4*13.3mm E160-TxF20S2 20dBm 500m 6 2μA 22*15mm Competitor Ordinary Transmitter Module 10dBm 100m 3 5μA 25*15mm 8.2 Recommended Supporting Receiver Modules Receiver Module Model Receive Sensitivity Compatible Rate Application Scenario E160-RxMD2 -112dBm 2.4~48kbps Best match with E160-TxF12S2, high sensitivity and low power consumption E160-RxMS2 -108dBm 1~10kbps Long-distance transmission scenarios, strong anti-interference capability 8.3 Recommended Antennas Antenna Model Type Gain Application Scenario TX433-JZ-5 Spring Antenna 1.5dBi Small remote controls, built-in installation TX433-JK-10 Copper Rod Antenna 2.0dBi Medium-distance transmission, external installation TX433-XPH-300 Suction Cup Antenna 3.0dBi Long-distance transmission, fixed equipment About Ebyte Chengdu Ebyte Electronic Technology Co., Ltd. is a national high-tech enterprise focusing on wireless communication applications. Its products cover the full range of wireless modules including LoRa, Bluetooth, Wi-Fi, Sub-1GHz, etc., which are widely used in consumer electronics, industrial IoT, smart home, smart agriculture and other fields. The company has more than 100 technical patents, and its products have passed international certifications such as FCC, CE and RoHS, and are exported to more than 160 countries and regions. It can provide customers with customized development and one-stop wireless communication solutions. Official Website: https://www.cdebyte.com Technical Support: [email protected] Sales Hotline: +86-4000-330-990 Address: 2nd Floor, Building B2, 199 Xiqu Avenue, High-tech Zone, Chengdu, Sichuan, China
Introduction Against the backdrop of rapid expansion in the global consumer electronics and smart home markets, Grand View Research data shows that the global wireless remote control device market size reached US$19.8 billion in 2025, with an expected CAGR of 7.2% by 2030. Among them, Sub-1GHz OOK/ASK modulation solutions, with their advantages of low cost, low power consumption and strong anti-interference capability, account for more than 70% of the consumer remote control product market share. Chengdu Ebyte Electronic Technology Co., Ltd., a leading domestic provider of wireless communication solutions, has launched the E160-TxF12S2 OOK wireless transmitter module for low-cost remote control scenarios, which has become an ideal choice for small home appliances, toys, access control and other fields with its ultra-high cost-effectiveness and industrial-grade reliability. Based on official manual parameters, this article comprehensively analyzes the technical features, application solutions and deployment guidelines of the E160-TxF12S2, providing selection references for consumer electronics developers. Table of Contents Core Product Features Detailed Technical Specifications Hardware Design and Pin Definition Software Development and Coding Rules Typical Applications and Reference Circuits Frequently Asked Questions and Solutions Soldering and Mass Production Guide Selection Reference and Supporting Solutions 1. Core Product Features The E160-TxF12S2 is an OOK/ASK modulated wireless transmitter module specially designed for low-cost remote control scenarios. It has a built-in high-performance RF chip and power amplifier, factory-cured EV1527 standard encoding and 20bits unique address code, enabling rapid productization without additional encoding development. The core advantages are as follows: Feature Category Specific Parameters Modulation Method OOK/ASK (Amplitude Shift Keying/On-Off Keying) Operating Frequency Band 315MHz (E160-T3F12S2) / 433.92MHz (E160-T4F12S2) Transmit Power +13dBm (@3.3V power supply) Communication Range Up to 210m in ideal environment (paired with E160-RxMD2 receiver module, 1.5dBi antenna, 2m height) Power Consumption Performance Transmit current 10mA, sleep current only 1μA Encoding Features Built-in EV1527 standard encoding, factory-cured 20bits unique address code (million groups without repetition) Button Support 3 independent input pins, expandable to 6 buttons through combination Reliability Design ±4KV ESD electrostatic protection (±6KV for RF pin), industrial temperature range of -40℃~+85℃ Power Supply Features Wide voltage 1.8V~3.6V, supports button battery power supply Dimensions 20.4×13.3×2.5mm ultra-small size, stamp hole SMD package Each module has a globally unique 20bits address code, with an address repetition probability of only one in a million, effectively avoiding crosstalk between different devices. 2. Detailed Technical Specifications 2.1 RF Parameters RF Parameter Parameter Value Remarks Operating Frequency 315MHz / 433.92MHz Two models available Modulation Method ASK/OOK Amplitude shift keying modulation Maximum Transmit Power 13±1.0dBm Typical value, @ 3 .3V power supply Harmonic Suppression >45dBc @ 433MHz , second harmonic Transmission Rate 28kbps Fixed value Frequency Offset ±0.05MHz - Antenna Impedance 50Ω - Reference Communication Range 210m Paired with E160-RxMD2 receiver module, clear open environment 2.2 Electrical Parameters Electrical Parameter Minimum Typical Maximum Remarks Operating Voltage 1.8V 3.3V 3.6V ≥3.3V ensures maximum output power, exceeding 3.6V has burn-out risk Communication Level 1.8V 3.3V 3.6V Consistent with power supply voltage Transmit Current - 10.0mA - Instantaneous power consumption @ 3 .3V power supply, 433.92MHz, 13dBm transmission Sleep Current - 1μA - Automatically enters sleep when no data is sent ESD Protection -4KV +4KV HBM standard, ±6KV for RF pin Operating Temperature -40℃ - +85℃ Industrial-grade design Operating Humidity 10%rh - 90%rh - Storage Temperature -65℃ - +150℃ - 2.3 Hardware Parameters Hardware Parameter Parameter Value Remarks Crystal Frequency 26.25MHz (315MHz version) / 26.2982MHz (433MHz version) Module Dimensions 20.413.32.5mm LWH Antenna Form Stamp hole - Communication Interface GPIO 1.8~3.6V level, 3.3V recommended for reliability Package Form SMD/stamp hole Pin pitch 2.54mm Weight 3.65g - 3. Hardware Design and Pin Definition 3.1 Pin Layout The E160-TxF12S2 adopts a 9-pin SMD package. The core pin definitions are as follows: Pin Number Pin Name Direction Function Description 1 K0 Input Button input pin, active low, at least 100ms duration, key value "0001" 2 K1 Input Button input pin, active low, at least 100ms duration, key value "0010" 3 K2 Input Button input pin, active low, at least 100ms duration, key value "0100" 4 NC Output LED output pin, active low, outputs low when button is pressed, outputs high when released 5 VDD Power DC 1.8~3.6V power input 6 GND - Power ground 7 GND - Power ground 8 GND - Power ground 9 ANT Output Antenna pin, only transmits signals, no receiving function Combined button expansion: Through button matrix design, up to 6 button functions can be realized, corresponding key values: K3="1000", K4="0101", K5="0110" 3.2 Hardware Design Notes Power Design: It is recommended to use a DC regulated power supply with ripple coefficient less than 100mV, reserve more than 30% power margin, ensure reliable grounding of the module, and do not reverse the positive and negative poles of the power supply. Wiring Specification: High-frequency digital traces, analog traces and power traces should avoid passing under the module. If necessary, lay copper on the contact layer of the module and ground it well, and the traces should be placed on the bottom layer. Electromagnetic Compatibility: The module should be kept away from strong electromagnetic interference sources such as power supplies, transformers and high-frequency wiring, and maintain an appropriate distance from 2.4GHz devices such as USB 3.0. Antenna Deployment: The antenna should be exposed as much as possible and vertically upward. If installed in a metal case, an antenna extension cable must be used to lead it out to avoid significant signal attenuation. 4. Software Development and Coding Rules The E160-TxF12S2 has built-in EV1527 standard encoding, no additional encoding development is required, and it can be directly used with the E160-RxMD2 receiver module, or users can develop their own decoding logic. 4.1 Data Frame Structure The data frame sent by the module follows the EV1527 encoding rule, consisting of a synchronization code, 20-bit address code and 4-bit key value code, with a basic unit time T≈35μs: Synchronization code: 32T high level + 80T low level Data bit "1": 3T high level + 1T low level Data bit "0": 1T high level + 3T low level The complete frame structure is as follows: 32*T 204T 44T Synchronization code 20-bit address code (C0~C19) 4-bit key value code (D0~D3) 4.2 Usage Methods Direct button connection: Connect one end of the button to the K0/K1/K2 pin of the module, and the other end to ground. Pressing the button will automatically send the corresponding encoded signal, no MCU participation required. MCU control: The MCU pin can simulate the button level change to realize data transmission, suitable for scenarios requiring dynamic control. Receiver decoding: After demodulation with the E160-RxMD2 receiver module, the MCU parses the 20-bit address code and 4-bit key value code to realize the corresponding control function. Note: Since the module communication rate is 28kbps, it needs to be used with the E160-RxMD2 receiver module that supports this rate. High-speed receiver modules such as E160-RxMS1 are not applicable. 5. Typical Applications and Reference Circuits 5.1 3 Independent Buttons Application Circuit Suitable for simple remote control scenarios with less than 3 buttons, the circuit design is the simplest: K0/K1/K2 pins are respectively connected to independent buttons, and the other end of the button is grounded NC pin is connected in series with a 470Ω resistor and LED indicator for button status indication The power supply uses a 3V button battery, with standby power consumption of only 1μA, and the battery life can reach more than 1 year 5.2 6 Combined Buttons Application Circuit Through the matrix button design, 6 button functions are realized with 3 pins, suitable for multi-function remote controls: K0+K1 combination realizes K3 function (key value 1000) K0+K2 combination realizes K4 function (key value 0101) K1+K2 combination realizes K5 function (key value 0110) Supports 3 independent buttons and 3 combined buttons at the same time, meeting the needs of most consumer remote control applications 5.3 Typical Application Scenarios The high cost-effectiveness and low power consumption features of the E160-TxF12S2 make it widely applicable to the following scenarios: Small Home Appliance Remote Control: Wireless remote control for fans, lighting, bath heaters, humidifiers and other small home appliances Toy Remote Control: Low-power remote control applications for remote control cars, remote control planes, electric toys, etc. Access Control System Remote Control: Wireless remote controls for community access control, garage doors, electric rolling doors Electric Bicycles: Anti-theft remote controls for electric bicycles and electric motorcycles Smart Switches: Control terminals for wireless remote control switches and smart sockets 6. Frequently Asked Questions and Solutions 6.1 Unsatisfactory Transmission Range Possible Causes: There are linear obstacles, same-band interference, or metal shielding near the antenna Power supply voltage is lower than 3.3V, resulting in reduced transmit power Poor matching between antenna and module, or poor antenna quality Tested in environments with strong radio wave absorption such as near the ground or seaside Solutions: Elevate the antenna installation height, avoid obstacles and interference sources Ensure the power supply voltage is ≥3.3V, use a regulated power supply Replace a matched high-gain antenna, use an antenna extension cable when deployed inside a metal case Test in an open environment, avoid using in strong absorption environments 6.2 Module Easy to Damage Possible Causes: Power supply voltage exceeds 3.6V, or the positive and negative poles of the power supply are reversed No electrostatic protection during installation, causing chip breakdown Operating environment humidity exceeds 90%, or temperature exceeds the industrial grade range Solutions: Add over-voltage and reverse polarity protection circuits, strictly control the power supply voltage between 1.8~3.6V Implement electrostatic protection during installation and operation, ensure good module grounding Avoid using in environments exceeding -40℃~+85℃ or high humidity 6.3 High Bit Error Rate Possible Causes: There is same-frequency signal interference nearby Unstable power supply with excessive ripple Antenna feeder is too long or of poor quality, resulting in signal attenuation Solutions: Replace modules of different frequency bands (switch between 315MHz/433MHz) to avoid interference frequency bands Optimize power supply design, add filter capacitors to reduce power supply ripple Shorten the antenna feeder length, use low-loss coaxial cable 7. Soldering and Mass Production Guide 7.1 Reflow Soldering Parameters The module supports lead-free reflow soldering, with the following soldering parameters: Curve Feature Leaded Soldering Lead-free Soldering Solder Paste Type Sn63/Pb37 Sn96.5/Ag3/Cu0.5 Preheat Temperature Range 100℃~150℃ 150℃~200℃ Preheat Time 60-120 sec 60-120 sec Average Ramp-up Rate ≤3℃/sec ≤3℃/sec Liquidous Temperature 183℃ 217℃ Time Above Liquidous 60-90 sec 30-90 sec Peak Temperature 220-235℃ 230-250℃ Average Ramp-down Rate ≤6℃/sec ≤6℃/sec Total Time from 25℃ to Peak ≤6 minutes ≤8 minutes 7.2 Mass Packaging Method The modules are packaged in tape and reel, 1000pcs per reel, with packaging specifications: Tape dimensions: width 44.5~48.5mm, thickness 2.9±0.1mm Reel diameter: 330±0.2mm Suitable for fully automatic SMT mounter production, improving mass production efficiency 8. Selection Reference and Supporting Solutions 8.1 Peer Product Comparison Product Model Transmit Power Communication Range Number of Buttons Sleep Current Package Size E160-TxF12S2 13dBm 210m 6 (3 pins expanded) 1μA 20.4*13.3mm E160-TxF20S2 20dBm 500m 6 2μA 22*15mm Competitor Ordinary Transmitter Module 10dBm 100m 3 5μA 25*15mm 8.2 Recommended Supporting Receiver Modules Receiver Module Model Receive Sensitivity Compatible Rate Application Scenario E160-RxMD2 -112dBm 2.4~48kbps Best match with E160-TxF12S2, high sensitivity and low power consumption E160-RxMS2 -108dBm 1~10kbps Long-distance transmission scenarios, strong anti-interference capability 8.3 Recommended Antennas Antenna Model Type Gain Application Scenario TX433-JZ-5 Spring Antenna 1.5dBi Small remote controls, built-in installation TX433-JK-10 Copper Rod Antenna 2.0dBi Medium-distance transmission, external installation TX433-XPH-300 Suction Cup Antenna 3.0dBi Long-distance transmission, fixed equipment About Ebyte Chengdu Ebyte Electronic Technology Co., Ltd. is a national high-tech enterprise focusing on wireless communication applications. Its products cover the full range of wireless modules including LoRa, Bluetooth, Wi-Fi, Sub-1GHz, etc., which are widely used in consumer electronics, industrial IoT, smart home, smart agriculture and other fields. The company has more than 100 technical patents, and its products have passed international certifications such as FCC, CE and RoHS, and are exported to more than 160 countries and regions. It can provide customers with customized development and one-stop wireless communication solutions. Official Website: https://www.cdebyte.com Technical Support: [email protected] Sales Hotline: +86-4000-330-990 Address: 2nd Floor, Building B2, 199 Xiqu Avenue, High-tech Zone, Chengdu, Sichuan, China
最近整理了一批支持 Remote 的技术岗位。 主要集中在： 全球化互联网平台 FinTech AI 产品 Web3 基础设施 数据平台 然后写： 目前开放岗位 Senior Backend Engineer Remote or 日本 新加坡 60-120w Frontend Engineer Remote or 日本 新加坡 React / Next.js 50-100w Product Lead Remote 英文岗位 200-300w AI Engineer Remote 英文岗位 Agent / LLM 80-150w 部分岗位来自交易平台及 Web3 企业。 出于企业要求，暂不公开公司名称。 对具体岗位感兴趣可 email： [email protected] 匹配岗位。
Error running remote compact task: stream disconnected before completion: missing field output at line 1 column 42679 上下文达到80左右的时候就开始一直报错这个,并且压缩上下文一直失败,不知道什么原因, 只要重新打开一个对话立马解决. 但是新开对话会导致上下文丢失. 试过手动压缩也是不行的. n次 使用到第三方api 非官方的订阅, 我个人感觉是不是第三方api的账户额度用完了切换账号然后再去压缩的时候就会导致这个问题. 1 个帖子 - 1 位参与者 阅读完整话题
Error running remote compact task: stream disconnected before completion: missing field `output` at line 1 column 34172 6 个帖子 - 3 位参与者 阅读完整话题
用了一段时间claudecode之间都是用google play订阅的，感觉多花25刀不是很值，然后取消了订阅，又切换了几次节点，今天喜提封号了。能够接受一个月100刀左右的支出，最好可以开票，是不是只能选gpt的会员了，需要有像claudecode那样的cli，而且需要remote control ，也需要cluade的research 功能，感觉已经和我的工作流配合的很好了。没想到今天被封号了 2 个帖子 - 1 位参与者 阅读完整话题
各位佬友好，我在cpa接入了any，想在codex使用gpt-5.5，但报错 Error running remote compact task: unexpected status 503 Service Unavailable: auth_unavailable: no auth available (providers=codex, model=gpt-5.5), url: http://127.0.0.1:18317/v1/responses/compact ，请问是any不支持compact吗（http://127.0.0.1:18317是我本地的cpa端口） 6 个帖子 - 3 位参与者 阅读完整话题