Steve,
You're on the right track with the bump case and the car charger.
As for batteries depends entirely on your mode of operation.
There are two common modes of operation.
100% on foot field work
intermittently in and out of a vehicle
In the first case the tablet needs 100% on board battery support for a
days work.
The motion comes standard with one battery. This is quoted as 3.7
hours running time. There are provisos around this. However our
experience and the way we use the system we get very nearly that sort
of performance.
Two batteries gets you 7.4 hours. Almost a day.
In most field practices there will be a rest periods. If that period
is about an hour through a day and you're near your vehicle you can
drop the motion onto the car charger.
With two batteries and some supplemental recharge you can squeak
through 8 hour day on two batteries.
We run our guys away from the vehicle 100% so these guys have 3
charged battery packs. With this configuration you have to be able to
recharge three batteries for the next day. You can only rechartge two
in the Motion. In most cases you should be able to recharge at least
one battery before you hit the hay. Swap that battery out for the flat
one from the morning and leave the unit to finish charging overnight.
If that doesn't work you can get a stand alone battery charger.
Note the system discharges one battery and then the other. It also
charges one and then the other. Also note the batteries are truly hot
swappable. You can drop both batteries out and the unit will run for
about 30 seconds on a small internal cell.
If you're in and out of a vehicle and you're actually using the unit
for about 5-5.5 hours a day you can just about get away with one
battery as you can top up the charge quicker than you discharge.
I would recommend 2 batteries up front and see how it performs for
you. If after running the system in the field for a while you think
need a third order it.
SSD vs Spinning drive. SSD is a bit more expensive with less capacity
per dollar. We recommend these in high dynamic environments like rally
cars or when there is a real risk of solid impact that exceed MIL STD
810F for shock. Most of the units we've used and sold (100s) have been
spinning drives. Of those I think only 3 or 4 had drive failures OF
ANY DESCRIPTION, and only 1 may have had damage cause by a drop. I say
may as it was a few years old and may simply have failed on it's own
due to wear. We recently sold 3.SSD units into a very low impact
environment. SSDs do have a life. The way to understand SSD is like
bubble wrap with each bubble being a byte. Each bubble can be written
and read to about 100,000 times. After that the bubble "pops" and can
no longer be used. This will be marked as bad and never written to
again. Over time the drive will degrade to unusable. At 64 or 128GB it
will take a very long time before you notice the degradation. They do
have some minor battery life improvement but we've found the cost in
dollars and size outweigh the battery life. Speed of data access?
Again we've not seen enough improvement here to warrant the swap.
As I said in my first post, look after it and it will look after you.
The bump case and shoulder strap are there to protect the drive and
the case from knocks.
So
J3500
Bump case
two batteries
car charger
screen protectors
spare pen (optional but you have this as part of the kit because
there's nothing worse than travelling into the field for a weeks work
and having the pen get stepped on on day one)
That would be a good start.
On Jan 6, 6:30 pm, Noli Sicad <
nsi...@gmail.com> wrote:
> Just disregard the question.
>
>
http://www.aliexpress.com/product-fm/340110265-Qualcomm-Gobi-2000-3G-...
>
> Noli
>
> On 1/6/11, Noli Sicad <
nsi...@gmail.com> wrote:
>
>
>
>
>
>
>
> > Is the "GOBI" GPS module, a GPS & A-GPS and 3G module and works on GSM
> > network?
>
> > Is it a mini pcie card? If this is available in pcie / mini pcie card
> > how much it cost?
>
> > Thanks.
>
> > Noli
>