Here the titan instructions.
http://www.kncminer.com/support/titan-setup-and-firmwareTitan Setup and Firmware
Titan Setup guide can be downloaded here
Information on how to correctly set up the Y adapter cables here:
Change log for all our Titan firmware releases available on our GitHub page here:
https://github.com/KnCMiner/titan/releases Titan Firmware update:
Titan Firmware 2.00 release
Older Firmware versions:
Titan Firmware 1.97 release
Titan Firmware 1.96 release
Titan Firmware 1.95 release
Titan Firmware 1.15 release
Titan Firmware 1.14 release
Titan Firmware 1.11 release
Titan Firmware 1.10 release
Titan Firmware 1.05 release
Titan Firmware 1.04 release
Titan Firmware 1.03 release
Titan Firmware 1.02 release
Titan SD recovery method.
Download the Titan SD recovery .img file
https://github.com/KnCMiner/titan/releases/download/v2.00/titan-2.00.img (This file is only to be used to recover a corrupted SD image, instructions on how to use this file are below)
1. Turn off the miner and remove the Micro SD card from the Raspberry Pi. Place the SD card in to your SD card reader
2. Unzip/extract the files form the .img file you downloaded
3. Write the .img file to the SD card (instructions below)
•Follow this link if you are using Windows for instructions on how to write the image to the SD Card
http://www.raspberrypi.org/documentation/installation/installing-images/windows.md•Follow this link if you are using MAC for instructions on how to write the image to the SD card:
http://www.raspberrypi.org/documentation/installation/installing-images/mac.md•Follow this link if you are using Linux for instructions on how to write the image to the SD card:
http://www.raspberrypi.org/documentation/installation/installing-images/linux.md5. Insert the newly imaged SD card back into your Raspberry Pi and turn on the miner.
Details on Titan and Titan Cube:
Each ”Titan” consists of 4 cubes + 1 controller card box.
Each Titan miner consists of four 28nm chips, each chip comes in a sturdy enclosure and packaging, including fan cooling.
The performance of the batch 1 Titan miners is 300+ MH/s while consuming approx. 1100 Watts.
Power
The recommended PSU set up per Titan is 2 x 850w power supplies. One 6-pin connector is required per Cube, and there are 4 Cubes altogether on a Titan, plus a controller board in it's own box. They can all draw their power from 2 x 850w PSU:s
The PSU PCIe-connector required is a 45750 Mini-Fit® Plus HCS Crimp Terminal Crimped to 16 AWG wire.
(We will be providing additional Y cables for the Titan miners at a later date which will allow a greater range of power supplies and cables to be used)
Each Titan Cube uses a high-quality PCI-E-type connection and draws approximately 270 watts at it’s port, depending on firmware settings and updates (subject to change).
These ports are fan-cooled and can handle the power (rated 13A), but make sure you’re using high-quality PSU:s, connectors and cables. Be careful when inserting and removing connectors as wear and tear may damage connectors. The act of inserting/removing cable connectors into ports degrades connection surfaces every time it’s done and should be minimized.
We’re continuously optimizing the Titan firmware and some of the figures here may change slightly due to updates as we’re fine-tuning for best possible performance.