The following voltage settings can be selected according to the following table:įor enhanced support please visit the public support forum on or write us a e-mail.Using the procedure outlined below, you should be able to connect 5 or more of your graphics cards to your motherboard's PCIe slots, all at once. The three built-in LEDs illustrate the selected core voltage. Each time the black button is pressed, the core voltage will be increased by 10 mV. The core voltage of the Terminus R606 can be adjusted very easily with a built-in circuit in eight steps from 390 mV to 460 mV.īy default, the miner is delivered with a core voltage of 390 mV. In addition to the adaptation of the clock frequency, the core voltage can or must be adapted in order to supply the ASICs optimally with voltage. The efficiency of the Miner in J/GH (see chart): Fine Tuning The bigger the hashrate, the more the performance varies with the manufacturing tolerances of the ASICs used.Example GH = 1.368 * 400 => Miner operates with approx.The performance of the miner varies depending on the clock frequency and core voltage and can be approximately calculated using the following formula: Frequencies between 2 MHz are approved for the Terminus R606. The clock rate can be set by changing the parameter gekko-r606-freq. The example above shows a Mining configuration in Con Kolivas’ Mining pool. Please contact your pool operator or check the pool setup guide for more details. The Pool configuration which is used in the example above should be replaced by your own pool configuration data. cgminer -o stratum+tcp://:3333 -u 1BURGERAXHH6Yi6LRybRJK7ybEm5m5HwTr -p x -suggest-diff 32 -gekko-r606-freq 600 The command for starting the Terminus R606 in your newly compiled custom CGMiner as follows (example). “Terminus R606 BM1387 Bitcoin Miner” should be displayed here. autogen.sh -enable-gekkoĮxplanation notes: The build parameter –enable-gekko activates the GekkoScience drivers.Īfter that the binary can be tested as follows. autogen.sh -enable-gekkoįor Ubuntu 16.04.1 LTS or higher only the make commands are different: CFLAGS="-O2 -march=native". Now you can clone the CGMiner Branch from GIT: mkdir -p mining/r606 cd mining/r606Īfter successful cloning from GIT you can now compile CGMiner: CFLAGS="-O2". libncurses5-dev: Text based User Interface for CGMinerįor Debian, Ubuntu and Raspberry Pi OS: sudo apt-get install -y build-essential git autoconf automake libtool pkg-config zlib1g-dev libcurl4-openssl-dev libncurses5-dev libusb-1.0-0-dev libudev-dev.libusb-1.0-0-dev: USB support for CGMiner.libcurl4-openssl-dev: http connectivity for CGMiner.zlib1g-dev: Compression and cecompression library needed to compile CGMiner.libtool: shared library access for CGMiner.build-essential: Compiler and Compiler-accessories.The following packages must be installed to resolve the package dependencies of CGMiner: These instructions describes the setup with Linux-based operating systems such as Debian 8.7.1 and higher, Ubuntu 16.04 LTS and higher and Raspberry OS (Raspian) kernel version 4.4 or higher.įirst update your system and already installed packages: sudo apt-get update You can use classic desktop PCs, Notebooks or mini PCs with Windows, Linux or Mac operating systems. Required EquipmentĪn external controller is required to operate the miner which will be connected with the USB port of the miner. Sudo rights are required for the installation. These instructions describe setupcon, figuration and build with a new Raspbian (Debian) or Ubuntu installation. Preparation, Package Dependencies, Configuration and Build for Raspbian – Kernel version: 4.4 (Debian 8.7.1) or higher and for Ubuntu 16.04.1 LTS or higher.
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