1.從 這裡。
2.從 官方網站並將其重新命名為"recovery.bin"。
3.關閉路由器電源。拔掉電源供應器或按電源按鈕。
4.使用乙太網路線將電腦連接到路由器的 LAN 連接埠。
5.手動將電腦的 IP 位址配置為"192.168.1.88"。 6.執行"tftp32.exe"。
7.在命令列中執行"netsh advfirewall set allprofiles state off"來停用Windows防火牆，否則tftp將被阻止。
8.按下"重設"按鈕/孔並按住。在路由器開機和 tftp 開始下載韌體之前，請勿放開"重設"按鈕/孔。 9.開啟路由器電源。 10。當指示燈全部快速閃爍時，或 tftp 開始下載韌體時，您可以放開"重設"按鈕/孔。
11.當燈慢閃時，升級完成。
12.請將您電腦的IP位址還原為動態IP。 13.完成。
223 則留言
Hi, now to I flash the factory firmware with a Mac?
@Уважаемый Павел,
Какая прошивка у вашего Cudy TR30 (TR3000)? Это последняя версия прошивки 2.4.7? Если нет, пожалуйста, сначала обновите прошивку. Затем проверьте еще раз.
“Здравствуйте! При подключении к Cudy TR30 (TR3000) LTE модема, нет соединения. В настройках Cudy USB соединение неактивно. Что можно сделать?”
@Dear Alan,
So, why do you think it is the 256MB version. The 256MB version is only available for sell in China. The words on the label are in Chinese language, please have a check.
“Regarding the previous issue (failure to recover TR3000-256MB), I was finally able to revive it from being bricked using TTL. My router itself has no any hardware faults. I discovered that the NAND chip’s memory size differs from what is indicated on the box or label. This mismatch led to flashing the wrong version, causing it to become bricked and continuously reboot.
The chip inside is an ESMT F50L1G41LB, which can be broken down as follows:
F – Manufacturer: ESMT 50 – Product Collection L – Low Voltage (DDR3L) 1G – Density: 1Gb (Single Capacity) 41 – Organizational Structure: x16 (16-bit wide) LB – Packages and Versions
The capacity of a single unit is calculated as follows:
1Gb ÷ 8 bits/byte = 128MB
I hope you all don’t have to deal with the same issue I experienced. I’ve reached out to sales@cudy.com but haven’t received a response yet."
Здравствуйте! При подключении к Cudy TR30 (TR3000) LTE модема, нет соединения. В настройках Cudy USB соединение неактивно. Что можно сделать?
Regarding the previous issue (failure to recover TR3000-256MB), I was finally able to revive it from being bricked using TTL. My router itself has no any hardware faults. I discovered that the NAND chip’s memory size differs from what is indicated on the box or label. This mismatch led to flashing the wrong version, causing it to become bricked and continuously reboot.
The chip inside is an ESMT F50L1G41LB, which can be broken down as follows:
F – Manufacturer: ESMT 50 – Product Collection L – Low Voltage (DDR3L) 1G – Density: 1Gb (Single Capacity) 41 – Organizational Structure: x16 (16-bit wide) LB – Packages and VersionsThe capacity of a single unit is calculated as follows:
1Gb ÷ 8 bits/byte = 128MB
I hope you all don’t have to deal with the same issue I experienced. I’ve reached out to sales@cudy.com but haven’t received a response yet.