06:05 | mWaltari | Ei ole ruuhkaa officella... :) |
06:08 | mWaltari | Oops (Wrong window) |
08:55 | topi` | mWaltari: good to know we're not the only team who uses IRC at work ;) |
08:56 | topi` | rabeeh: I guess I'm safe as long as I order such Click boards which state they can operate both on 3.3V and 5V? |
10:47 | vpeter | Hummingboard edge can boot directly from emmc? |
11:06 | vpeter | jnettlet: Hummingboard edge can boot directly from emmc right? |
11:06 | jnettlet | vpeter, yes but you need a custom fused uSoM |
11:09 | sysgif | jnettlet: can we flash Hummingboard then from SD card, or some special hardware / software is needed? |
11:10 | jnettlet | sysgif, flash an image to the sdhc card? |
11:10 | jnettlet | you can do that from another PC using windisk imager in Windows, or dd in linux/osx |
11:13 | sysbmp | jnettle: if I want to bood directly from emmc, how can I install system on emmc? |
11:14 | sysbmp | jnettle: for example beaglebone copies files from SD card to emmc, and then runs directly from emmc |
11:16 | sysgif | jnettle: I believe uSoM does not have a bootloader, which would do that? |
11:19 | jnettlet | sysgif, all our boards fallback to USB recovery mode that can be used to write the image to eMMC |
11:24 | sysgif | jnettlet: Thank you. |
11:27 | sysgif | jnettlet: I have one more question. Do I need to order fused uSoM, or we can set fuses ourselve? |
11:28 | jnettlet | sysgif, you need an unfused uSoM and then set the fuses yourselves. This is also done over the USB recovery interface |
11:28 | jnettlet | it is documented in the wiki |
11:29 | malte_ | http://wiki.solid-run.com/doku.php?id=products:imx6:microsom:imx6-fuse |
11:29 | sysgif | jnettlet, malte_: ok, thank you |
12:33 | _rd | Hi, can anybody recommend a good DVB-S/S2 hardware for cubox-i/openelec? |
12:37 | Defiant | _rd: dvbsky works here |
13:04 | _rd | Defiant: DVBSky S960 DVB-S2 (?). Do you need a separate power supply or is the USB from the CuBox-i sufficient? |
13:06 | Defiant | _rd: separate |
16:02 | topi` | there's an article about Cubox-4ipro on networkworld.com |
16:02 | topi` | http://www.networkworld.com/article/2852983/linux/cubox-i4pro-a-whole-lotta-linux-or-android-for-not-a-whole-lotta-cash.html |
16:05 | vpeter | One year old already. |
16:06 | jnettlet | yeah, time flies |
16:07 | topi` | sorry didn't check that... the link was sent to me by a colleague |
16:07 | topi` | yeah I was wondering "what, is the i4pro a *new* product??" |
16:08 | jnettlet | There is a white one now :) |
16:08 | topi` | neat |
16:11 | vpeter | https://image-store.slidesharecdn.com/20ae9c23-4c3d-4fc0-8ee6-0c64d86677cc-large.jpeg |
16:12 | topi` | on the HB Gate, I see 7 pads that are labeled "SATA"... is it possible to actually solder a 2.5" sata connector here? |
16:14 | jnettlet | topi`, those are m.2 SATA |
16:14 | topi` | is there any electrical difference? |
16:14 | topi` | hmm, I think the M.2 NGFF is just next to the uSOM |
16:14 | jnettlet | it is populated for the Edge. Unfortunately the Mikrobus spec is just slightly to narrow to run the card through the middle of the risers. |
16:15 | topi` | I meant the 7 pads that exist right below the Mikrobus |
16:15 | topi` | yeah we received 10 Edges and those do have the M.2 connector right there, but the 7 pads are located above that |
16:18 | jnettlet | oh those. No idea I have never paid any attention to them. |
16:19 | jnettlet | seems like something like this should work. http://estore.circuitassembly.com/products/7-pin-serial-ata-host-plug-right-angle-surface-mount.html |
16:19 | jnettlet | let me check the schematic |
16:20 | jnettlet | The mechanical hole defines it as M.2 2230 form factor wise. it can used with i.MX6 dual / quad SoCs since only both those have SATA function. Notice that this M.2 SSD overlaps with SATA 7 pin to the right. So either this or the above features can be assembled and used |
16:20 | jnettlet | topi`, yep just solder it up |
16:21 | jnettlet | Notes - 1. This feature overlaps with M.2 SSD on the left. So either this or M.2 can be assembled and used. 2. Notice J26 is adjacent to U10002 pins 15 and 16. U10002 pins 15,16 and J26 can assemble together a 100 mil SATA HDD 12v and 5V power cable connector when V_DCJACK_IN_FLTR is set as 12V, i.e. the user R11 must be assembled. It is used as a uses a 12V power supply. |
17:25 | topi` | only +5V is needed for 2.5" HDD/SSD drives |
17:26 | topi` | this might actually be *possible* to surface mount by oneself, since the SATA pads are huge in comparison to some other pads :) |
17:27 | topi` | the number of ARM SoCs that have SATA support (internal) is very very low, basically some expensive Tegras, the i.MX6 or Allwinner A20 |
17:27 | jnettlet | oh sure, that should be a relatively simple mod |
17:27 | topi` | The A20 is cheap, but I'd rule it out for a number of reasons :) |
17:29 | topi` | a HB Edge with Dual or Quad becomes more expensive, but then again... it's not necessary to handle with the chinese mess |
17:29 | jnettlet | The Tegras are nice, but use more power and are kind of a waste if you aren't using the GPU/Media capabilities |
17:29 | topi` | agreed |
17:30 | topi` | and it was only just recently that NVIDIA opened up some GPU bits of the Tegra K1 |
17:30 | topi` | I had one devboard based on Allwinner A31, I never got that to work properly |
17:30 | topi` | any attempts to ask questions from the chinese ended up badly |
17:31 | topi` | it's not always incompetence. SOmetimes they just don't know english and misunderstand completely. |
17:34 | jnettlet | well having been to China to train developers for a large software company this is what I can say. They are all knowledgeable but their knowledge is super compartmentalized. When I was explaining all the work I had done and how it worked I was literally talking to a room of 50 people who would be taking over the responsibilities |
17:35 | jnettlet | so when debugging a problem a support person literally will need to go down a workflow of people and if the appropriate info isn't available come back to the customer for answers before progressing |
17:38 | topi` | yeah, they don't seem know whom to ask |
18:05 | vpeter | I'm in telecommunications busines at work. In case of a problem at a customer there is one main guy which is delegated for a problem and a fix. And it can ask few people around him. When same task happen at Huawei for example there is a room of 30 people and still need much more time for a fix. When some testing is done we are at the end with the tests when they start on them :) |