Nicely done.... Like your presentation.
I switch to H.265, for H.264 I used high bit rate. Left it the same when I switch, but not sure if it uses that setting or has it own bitrate by default. Three minute recording dropped just under 1gb to just under 800mb and plays smooth on all devices and my computer.
Regarding memory cards, I bit confused. I am temporary using memory card from one of my wyze 32 gb until my 256 scandisk high endurance arrived from amazon. It rated U3. however I don't think it MLC but SLC. I wanted the Samsung, however can't find anywhere in stock for 256 High Endurance.
SanDisk 256GB High Endurance Video microSDXC Card with Adapter for Dash cam and Home Monitoring Systems - C10, U3, V30, 4K UHD, Micro SD Card - SDSQQNR-256G-GN6IA
and this is what I understood about the pro and cons...
If performance and durability are essential for your system, SLC Flash incorporated.
If low cost and high density are essential, MLC Flash is the right choice.
The high-performance MLC technology with three bits per cell, is commonly referred to as Triple Level Cell (TLC), which uses eight states.
Here is a link for more info....
I like to buy the MLC MicroSD card that uses MLC technic, that will lessen the chance / time that data corrupts. Both types corrupt after certain cycles of erase/programming, but MLC will last longer. So my question is: Which Sandisk MicroSd cards are based on MLC? (why is this information...
forums.sandisk.com
Hopefully it proves helpful for others.
Got update on the card that I have ordered and now use, according to Sandisk my card is MLC (required for higher density but SLC more durable). If anyone feels they have fakes, here is what they suggested.
Thank you for contacting SanDisk® Global Customer Support. Please be informed that the SanDisk® High Endurance Video microSDXC 256GB Card (SDSQQNR-256G-GN6IA) is MLC.
As far as your query about identifying the authenticity of the memory card is concerned, please note that we do not have any software using which the card can be authenticated. If you provide us the serial number of the card that is printed on the back side then we could help you authenticate it. Also, if possible please share the clear and zoomed in pictures of the card (front and back) along with the purchase receipt so that we can register the product in our database for hassle-free future warranty replacement.
Got my CPL for my A129 Pro Dual unit, I like it. Still using H265 and mid bit level, is the lowest I can live with, though I may on special occasion use hight bit level and will have a couple extra 256gb memory card. I have the Hardwire kit from VIofo, but waiting for the rest of the stuff to complete, Circuit Fuse Tap for Micro2 adapter holder and some in line fuse holder and mirco 2 fuses. I wrongly assume the hardwire kit came with an assortment, as some other have such a package. Won't come in until Tuesday.
Then I be able to see how the parking mode works and any issues. After that I install my rear unit, once I permanently install my front unit.
Here what Scandisk member tells us about memory cards.
SLC MLC TLC
For more certainty, also you can send the question to the Support Team: Link:
http://kb.sandisk.com/app/ask/
I like to buy the MLC MicroSD card that uses MLC technic, that will lessen the chance / time that data corrupts. Both types corrupt after certain cycles of erase/programming, but MLC will last longer. So my question is: Which Sandisk MicroSd cards are based on MLC? (why is this information...
forums.sandisk.com
Friend:
Single-level cell (SLC) and multi-level cell (MLC) Flash memory are similar in their design.
MLC Flash devices cost less and allow for higher storage density.
SLC Flash devices provide faster write performance and greater reliability, even at temperatures above the operating range of MLC Flash devices.
These factors make SLC Flash a good fit in embedded systems, while MLC flash makes it possible to create affordable mobile devices with large amounts of data storage.
In order to select the right Flash memory for an application, it is important to analyze the how it will be used.
For example, product developers integrating memory into a portable barcode reader will most likely need SLC Flash since performance and durability are important.
On the other hand, a company building a portable media player will need the low cost and high density of MLC to price their device competitively.
SLC Flash is used in commercial and industrial applications that require high performance and long-term reliability.
Some applications include industrial grade Compact Flash cards or Solid State Drives (SSDs).
MLC Flash is used in consumer applications that do not require long term reliability such as consumer grade USB Flash drives, portable media players, and Compact Flash cards.
The read speeds between SLC and MLC are comparable. Reading the level of the Flash cell compares the threshold voltage using a voltage comparator. Thus, the architecture change does not affect sensing.
In general, the read speeds of Flash are determined by which controller is used.
The endurance of SLC Flash is 10x more than MLC Flash.
The endurance of MLC Flash decreases due to enhanced degradation of the substrate.
This is a main reason why SLC Flash is considered industrial grade Flash and MLC Flash is considered consumer grade Flash.
Higher temperatures cause more leakage in the cells. Combined with the increased sensitivity required to differentiate between the levels, this leakage will cause the sensors to read the wrong level.
As a result, the operating temperature of MLC spans only the commercial range.
Leakage is not significant in SLC Flash and thus, it can operate in an industrial temperature range.
Then, it is important to evaluate what type of Flash memory your system needs.
If performance and durability are essential for your system, SLC Flash incorporated.
If low cost and high density are essential, MLC Flash is the right choice.
The high-performance MLC technology with three bits per cell, is commonly referred to as Triple Level Cell (TLC), which uses eight states.
Enjoy!!