4x 4GB 1333Mhz Reg-ECC HMT151R7BFR4C-H9
-#### Flashing
-Buy a couple of flash chips in case of you breaking them, and to test different payloads. Furthermore, one could buy a proprietary chip just to debug the hardware.
-##### Manuals for flashing
-[D16-chip](resources/d16_chip.png)
+#### Pics: The systems (old)
-[Beagleboard Black P9 connector](resources/BBB_P9.png)
+[Div pics a](resources/div_pics/d16_a.jpg), [Div pics b](resources/div_pics/d16_b.jpg), [Div pics c](resources/div_pics/d16_c.jpg), [Div pics d](resources/div_pics/d16_d.jpg), [Div pics e](resources/div_pics/d16_e.jpg),
-##### Pics: Don't use ATX PSU and do not solder like this, just for reference!
+#### Pics: Flashing (Don't use ATX PSU and do not solder like this, just for reference!)
[PLEASE JUST POMONA HOLDER INSTEAD but should be correctly connected 1](resources/fail_flash_1.png)
[pic 4](resources/div_pics/d16_f.jpg)
-##### Pics: The systems
-[Div pics a](resources/div_pics/d16_a.jpg), [Div pics b](resources/div_pics/d16_b.jpg), [Div pics c](resources/div_pics/d16_c.jpg), [Div pics d](resources/div_pics/d16_d.jpg), [Div pics e](resources/div_pics/d16_e.jpg),
+#### Manuals for flashing
+
+[D16-chip](resources/d16_chip.png)
+
+[Beagleboard Black P9 connector](resources/BBB_P9.png)
+
+#### Flashing Instructions
-##### Instructions
+Buy a couple of flash chips in case of you breaking them, and to test different payloads. Furthermore, one could buy a proprietary chip just to debug the hardware.
We used SPI-speed set to 2048 (spi=2048), but this probably depends a lot depending on your flash setup. Find the most stable speed by reading the image from chip and verifying that it read correctly.