January 9, 2017

Thaiphoon Burner Super Blaster 9.9.2.0 has been released. has been released. Comparing to previous version 9.9.0.0 the new one brings some improvements as to providing technical information on DRAM modules. So, the program determines and displays the number of PCB layers for DDR3 and DDR4 modules of all types (UDIMM, RDIMM, SO-DIMM, LRDIMM) in accordance with JEDEC specifications for Raw Cards. It also displays the number of used DRAM components of the memory module. Process Technology is displayed mainly for DDR3 and DDR4 components manufactured by SK hynix, Micron Technology and Samsung. The program is capable of determining Samsung components on Crucial Technology Ballistix DDR4 series. The SMBus controllers of Kaby Lake and Braswell code-named processors (Intel Pentium & Celeron N3000 series) have been supported. When importing timings form the XMP profile the Timing Table Editor sets default VDD to 1.35V if it is specific for the profile. The second part of 512 Kbit SPD EEPROM array is now accessible on the AMD DDR4-based platforms. The Fast Read and Write option is enabled for Intel LGA2011 processors too. When it is unchecked it helps to read the SPD content on the 6th generation Intel LGA2011 processors without errors.

March 20, 2017

Thaiphoon Burner Super Blaster 10.0.0.0 has been released. Below is the list of new features. Besides, you can check out the list on russian here.

  • SPD CRC and the time spent reading entire SPD array are displayed on the status bar of the main window;
  • The new Open if found checkbox has been placed on the Quick Search Panel to open the first found SPD dump in the currently selected database file;
  • Support for the second SMBus controller of the Intel Ivy Bridge-EP (LGA2011 v2) and Core i7 Broadwell-E (6800 and 6900 series) processors has been added. This enables accessing up to eight SPD EEPROM on the second DIMM branch;
  • The SPDWD Patch Assistant toolbox formerly known as BIOS SMBus Patch Assistant and previously distributed as a standalone application is now integrated into Thaiphoon Burner. This tool is designed to search for the SPD Write Disable Bit signatures within BIOS files;
  • Its now possible to dump all the SPD EEPROM devices through /xs and /xb command line parameters. The first parameter lets you save SPD array in text format and the second one in binary format. Both the parameters can be used simultaneously and be adjusted through the Settings dialog box. The Demo version allows savings the first 143 SPD bytes only;
  • Two previously missing Device IDs of the Intel ICH10 series LPC controller have been added to the SMBus unhide routine what makes SPD access possible;
  • Part number identification of SK hynix DDR4 DRAM components being used on the G.Skill Trident Z RGB series modules has been added;
  • To calculate capacity of memory modules the new procedure has been written. The previous code was inconsistent for 128 GB memory modules equipped with 4H 3DS DRAM components;
  • DIMM capacity is measured and displayed in gigabytes (GB) if it exceeds 512 MB;
  • SPD Browser is now capable of searching for SPD dumps of memory modules with 128 GB capacity;
  • VrefDQ voltage levels are correctly interpreted for LRDIMM with SPD revision 1.2;
  • Lithography Resolution (Process node) for Samsung, Micron and SK hynix DDR4 DRAM components has been corrected in accordance with the NDA roadmaps. Besides, this parameter is also displayed for Nanya, Samsung and SK hynix DDR3, DDR2 and DDR SDRAM parts;
  • DRAM Die Revision is displayed in the Die Density / Count section of the Summary report if Samsung, SK hynix, Micron or Nanya DRAM components have been determined. If the Die Revision is not provided by SPD specification or it was not programmed by memory module manufacturer, the program can obtain it from the DRAM part number;
  • The newest Micron 16nm H-die and E-die (Z11C/Z11B) DDR4 components are identified. Abbreviated and full marks are displayed for the following Micron DDR4 components: D9VHP, D9VHQ, D9VPP, D9VRW, D9VXL, D9VXN, D9TBK, D9TNZ, D9VHS, D9VJP, D9VRX, D9VWZ, D9VXM, D9VXP, D9WCN, D9SXX, D9TRJ, D9TCH, D9VGW, D9VNK, D9VXH, D9VXG, D9VQL, D9VNM, D9VWL;
  • The Micron Technology manufacturing location identifiers list has been revised and enhanced to comply with the official list;
  • Micron Technology Design ID is also displayed for DDR3 and DDR2 components;
  • Some of previously unknown DDR4 Register and Data Buffer models are identified.

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