Magic Lantern wiki

User Tools

Site Tools

Trace:
hoc

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
Next revisionBoth sides next revision
hoc [2021/01/24 08:58] – [Sony 94MB/s 32 GB SDHC] Walter Schulzhoc [2021/04/24 17:30] – [First Eye-Fi generation] Walter Schulz
Line 3: Line 3:
 ==== Benchmark your cards ==== ==== Benchmark your cards ====
 === Benchmark with your PC === === Benchmark with your PC ===
 +
 +{{:hoc:blackmagic_disk_speed_test-1.png?440}} 
 +{{:hoc:blackmagic_disk_speed_test-2.png?440}}
 +
 +
 +
 +{{:hoc:crystaldiskmark-1.png?400}}
 +
 +
 === Benchmark inside camera === === Benchmark inside camera ===
 +
 +{{:hoc:camera_bench_1.png?400}}
 ==== Fight Flash Fraud ==== ==== Fight Flash Fraud ====
 === Windows: h2testw === === Windows: h2testw ===
 +
 +{{:hoc:h2testw-1.png?400  }}
 + \\ 
 +
 +{{:hoc:h2testw-2.png?400  }}
 +
 + \\ 
 +Ipso lorum
 +
 +{{:hoc:h2testw-3.png?400  }}
 +
 + \\ 
 +Ipso lorum
 +
 +{{:hoc:h2testw-4.png?400  }}
 +
 + \\ 
 +Ipso lorum
 +
 +{{:hoc:h2testw-5.png?400  }}
 +
 +
 +
 +
 +
 === macOS/OS X/Linux: F3/F3 QT === === macOS/OS X/Linux: F3/F3 QT ===
 +
 +{{:hoc:f3x-1.png?400}}
 +
 + \\
 +
 +
 +{{:hoc:f3x-2.png?400}}
 +
 +
 + \\
 +{{:hoc:f3x-3.png?400}}
 +
 + \\
 +{{:hoc:f3x-4.png?400}}
 +
 + \\
 +{{:hoc:f3x-5.png?400}}
 +
 + \\
 +
 +
 +{{:hoc:f3x-6.png?400}}
 +
 ===== Data recovery ===== ===== Data recovery =====
 ===== ExFAT ===== ===== ExFAT =====
Line 12: Line 71:
 ==== Camera compatibility ==== ==== Camera compatibility ====
 ==== In-cam format and card size ==== ==== In-cam format and card size ====
 +
 +===== FAT32 =====
 +File system used as default by small and medium sized data storage cards. Supported by all cameras able to run ML.
 +Supports file size up to 4 GB.
 ===== Incompatible cards ===== ===== Incompatible cards =====
 Do not try to use these cards/adapters with ML: Do not try to use these cards/adapters with ML:
-==== First EyeFi generation ====  +==== First Eye-Fi generation ====  
-They won't work at all. ML's process of checking for a bootable card is incompatible with EyeFi-firmware (yes, your EyeFi-card has its own firmware). If you want to use first-gen EyeFi with a camera with ML bootflag set: Nope, it wont work at all. You have to uninstall (=remove cam's bootflag) before using such cards. \\ +They won't work at all. ML's process of checking for a bootable card is incompatible with old EyeFi-firmware (yes, your Eye-Fi card has its own firmware). If you want to use first gen Eye-Fi with a camera with ML bootflag set: Nope, it wont work at all. You have to uninstall ML from camera (=remove cam's bootflag) before using such cards. \\ 
 ML devs aren't able to fix this issue.\\ ML devs aren't able to fix this issue.\\
-All other WiFi cards will work just fine!+All other tested WiFi cards will work just fine!
  
 ==== Sony 94MB/s 32 GB SDHC ==== ==== Sony 94MB/s 32 GB SDHC ====
 Not exactly incompatible but with strange performance issues in some (not all!) Canon cameras. See https://www.cameramemoryspeed.com/reviews/sd-cards/sony-32gb-sdhc-memory-card/ for details.\\  Not exactly incompatible but with strange performance issues in some (not all!) Canon cameras. See https://www.cameramemoryspeed.com/reviews/sd-cards/sony-32gb-sdhc-memory-card/ for details.\\ 
-Recommended not to use them because of known inconsistencies.\\ +Recommended not to use them because of known inconsistencies. (Confirmed by user andy kh on 70D).\\ 
 Because they are not longer in production you will likely never meet one. All other Sony cards (including successor 95 MB/s variety) are working without hick-ups. Because they are not longer in production you will likely never meet one. All other Sony cards (including successor 95 MB/s variety) are working without hick-ups.
  
Line 62: Line 125:
 Both numbers are right, you haven't been tricked! Or have you? \\  Both numbers are right, you haven't been tricked! Or have you? \\ 
  
-Storage manufactures count this way: +Storage manufactures count this way:\\  
-1000 Bytes = 1 kByte +1000 Bytes = 1 kByte\\  
-1000 kBytes = 1 MByte (= 1000 x 1000 Bytes)+1000 kBytes = 1 MByte (= 1000 x 1000 Bytes)\\ 
 1000 MBytes = 1 GByte (= 1000 x 1000 x 1000 Bytes) 1000 MBytes = 1 GByte (= 1000 x 1000 x 1000 Bytes)
  
-Computer programmers count this way: +Computer programmers count this way:\\ 
-1024 Bytes = 1 kByte +1024 Bytes = 1 kByte\\ 
-1024 kByte = 1 MByte = 1024 x 1024 Bytes = 1,048,576 Bytes +1024 kByte = 1 MByte = 1024 x 1024 Bytes = 1,048,576 Bytes\\  
-1024 MByte = 1 GBytes = 1024 x 1024 x 1024 Bytes = 1,073,741,824 Bytes +1024 MByte = 1 GBytes = 1024 x 1024 x 1024 Bytes = 1,073,741,824 Bytes\\  
-For computer programmers it is absolutely logical to count in numbers based on 2. And 2^10 is 1024. +For computer programmers it is absolutely logical to count in numbers based on 2. And 2^10 is 1024.
  
 (Fun fact: For a long, long time storage manufacturers and programmers used the same binary counting. Confusion began when storage manufactures changed to decimals. (Fun fact: For a long, long time storage manufacturers and programmers used the same binary counting. Confusion began when storage manufactures changed to decimals.
 +
 +===== Card performance and camera limits =====
 +==== CF-cards ====
 +==== SD-cards ====
  
  
hoc.txt · Last modified: 2021/05/16 22:09 by Walter Schulz