~I totally agree with that.Trying to be as slim and sleek as possible is not going to differentiate the P2 from all the other stuff. Make it strong and durable instead. Not like a smartphone that is supposed to have a short lifetime anyway, because in 1 or 2 years you're supposed to buy the next model. Make it something that will last a lifetime, like some of the retro devices we all love. You know, those 30 year old computers and consoles that are still working today, while something you bought 10 years ago (or even just 5 years ago) is already broken beyond repair. I want the P2 to be something timeless.
Forearm mounting: meh, I prefer to use two hands (typing or using game controls with only 1 hand kind of sucks). So indeed: "no, thanks" on that one.
quote++~I totally agree with that.Trying to be as slim and sleek as possible is not going to differentiate the P2 from all the other stuff. Make it strong and durable instead. Not like a smartphone that is supposed to have a short lifetime anyway, because in 1 or 2 years you're supposed to buy the next model. Make it something that will last a lifetime, like some of the retro devices we all love. You know, those 30 year old computers and consoles that are still working today, while something you bought 10 years ago (or even just 5 years ago) is already broken beyond repair. I want the P2 to be something timeless.
Smartphones can be upgraded by buying a new phone contractthen it would stick out of the masses
My Ti98 calculator is also sleek - what is the point of this ? Its no clamshell for sure, but the clamshell design is the only thing the examples you gave have in common with the Pandora.Ben Nanonote, imovio iKit, Peek, and arguably the Zipit Z2 are all sleek and are FAR removed from smartphones. They are all easily pocketable, each with their respective pros and cons. No one is arguing for something so sleek as to detract from useability or functionality in such a way that the mere fact that something has a smaller form factor automatically means it is either a cellphone or competing with the cellphone market. The argument so far has been reduced formfactor within reason.
No one ever argued for the P2 beeing unneccessarily large, why sould anyone ? Most people here argue for skip sleekness for features, everyone is happy with a sleek Pandora.The people arguing against "sleakness" are generally arguing against something that no one has proposed (that I know of). Arguing for something unneccessarily large is just as bad as arguing against the phantom argument of something unnecessarily sleek. A happy medium is what most people want. This can't happen because of the fixation on twin SD and mechanically flawed standard USB requirements.
Thats nice, but what components will be so much smaller (except for the SDCard slots) to gain so much additional free space ?It has already been determined that the next pandora will be smaller. What hasn't been determined is how sleek it will be. Something that slides easily into the pocket, is well balanced, and easy to take advantage of the full controls is something we all want. Smaller components imply large batteries and additional hardware/functionality. I declare that a good thing.
What do you mean by "mechanically flawed standard USB requirements".
With no qualifications.microUSB is mechanically flawed
Someone mentioned that microUSB is mechanically flawed. Unless he meant something very specific, evidence suggests otherwise.
My point about microUSB was that the connectors break off the circuit board VERY Easily.
Tiny surface-mount pads are not good for something which may receive rough treatment.
The argument above is for perfect use, not for real life
Durability
The newer Micro-USB receptacles are designed for up to 10,000 cycles of insertion and removal between the receptacle and plug, compared to 1,500 for the standard USB and 5,000 for the Mini-USB receptacle. This is accomplished by adding a locking device and by moving the leaf-spring connector from the jack to the plug, so that the most-stressed part is on the cable side of the connection. This change was made so that the connector on the less expensive cable would bear the most wear instead of the more expensive micro-USB device.[27]
This is a rediculous assertion. No one is making the claim that anyone is going to make 1500 insertions. It's a metric used to describe DURABILITY. Do you not understand that? If you went to a doctor and he said he'd do a procedure to save your life with a 1 in 1500 chance of death versus another doctor that could do the same procedure with a 1 in 10,000 chance in death which would you prefer? I'm merely using that as an example to illlustrate how the numbers can be used as a metric to describe the likelyhood of failure, or the durability of a product. You know like crash test ratings? Do I really have to explain this to you?Of course the idea that people will want to insert and remove from their full USB ports more than 1500 times is silly
My point was that sleek != cellphone and every device I listed can run linux distros such as SID, OpenWRT, Debian, Angstrom etc. So they have more in common with the pandora than you might think. There's game emu etc etc. In fact I am in the process of installing Debian onto my Pixi.My Ti98 calculator is also sleek - what is the point of this ? Its no clamshell for sure, but the clamshell design is the only thing the examples you gave have in common with the Pandora.
Exactly. Just as no one is arguing for it to be unnecessarily large, no one is arguing for it to be so sleek as to skip features. That is the entire point. Yet people consistintly bring up sleekness when no one that I can find has even ASKED for it to be sleek in the first place. I have consistently stated I would not want to sacrifice functionality for example.No one ever argued for the P2 beeing unneccessarily large, why sould anyone ? Most people here argue for skip sleekness for features, everyone is happy with a sleek Pandora.
I can't state for certain but Craigix has said that he learned a lot from the first run and that things will be definitely smaller. For instance there is newer eMMC memory at 10nanometers with a read of 240mb/s that should drop in 2013 (write speed is still at 90 mb/s iirc. This means a very tiiiiny internal memory footprint). I expect smaller SoC's, microUSB/HDMI would help as well. The general trend is that electronic components get smaller over time with either an increase or consistency in power, speed, capacity etc. Evidence can be found everywhere and I'm not in a position to hazard a guess as to which components are going to be used in the P2. Look at all the Raspberry Pi/Gumstix spinoffs and copy cats for example. Now we have the possibility of 64 core parallel processing SoCs roughly the size of a credit card.Thats nice, but what components will be so much smaller (except for the SDCard slots) to gain so much additional free space ?
This is a rediculous assertion. No one is making the claim that anyone is going to make 1500 insertions. It's a metric used to describe DURABILITY. Do you not understand that? If you went to a doctor and he said he'd do a procedure to save your life with a 1 in 1500 chance of death versus another doctor that could do the same procedure with a 1 in 10,000 chance in death which would you prefer? I'm merely using that as an example to illlustrate how the numbers can be used as a metric to describe the likelyhood of failure, or the durability of a product. You know like crash test ratings? Do I really have to explain this to you?
Um, I tether my device at night to a USB->Ethernet interface. I also plug in my keyboard/mouse when I set up at a Cafe to hack.Of course the idea that people will want to insert and remove from their full USB ports more than 1500 times is silly
Um, I tether my device at night to a USB->Ethernet interface. I also plug in my keyboard/mouse when I set up at a Cafe to hack.Of course the idea that people will want to insert and remove from their full USB ports more than 1500 times is silly
I've probably already cycled 100 times, so already at 1/15 of the usage cycles you're talking about. For me, it'd be nice if
the port wasn't falling apart in another 10-20 months!
Andy
true, but most of our discussions here are about hardware features as I at least can't remember anyone writing "skip linux" and taking into account the rest of what you wrote ("pocketable, reduced formfactor, etc") => ??My point was that sleek != cellphone and every device I listed can run linux distros such as SID, OpenWRT, Debian, Angstrom etc. So they have more in common with the pandora than you might think. There's game emu etc etc. In fact I am in the process of installing Debian onto my Pixi.
That solely depends on your definition of functionality, and there are enough posts on this board that indicate that there are differnences in peoples definition of it. I also don't see the need to argue pro sleekness as this is something that is more or less a goal as craig already laid out that sleeknes will be an important factor in the P2s design and a big part of the active members is involved in a desperate struggle to change craigs mind in details.Exactly. Just as no one is arguing for it to be unnecessarily large, no one is arguing for it to be so sleek as to skip features. That is the entire point. Yet people consistintly bring up sleekness when no one that I can find has even ASKED for it to be sleek in the first place. I have consistently stated I would not want to sacrifice functionality for example.
Looking at the current Pandoras boards I personally don't see where the Pandora could be made much sleeker (http://www.openpando...temid=7&lang=en).I can't state for certain but Craigix has said that he learned a lot from the first run and that things will be definitely smaller. For instance there is newer eMMC memory at 10nanometers with a read of 240mb/s that should drop in 2013 (write speed is still at 90 mb/s iirc. This means a very tiiiiny internal memory footprint). I expect smaller SoC's, microUSB/HDMI would help as well. The general trend is that electronic components get smaller over time with either an increase or consistency in power, speed, capacity etc. Evidence can be found everywhere and I'm not in a position to hazard a guess as to which components are going to be used in the P2. Look at all the Raspberry Pi/Gumstix spinoffs and copy cats for example. Now we have the possibility of 64 core parallel processing SoCs roughly the size of a credit card.