2210 posts • joined 23 Nov 2007
There is Red beer and Brown beer and Black Beer.
Stouts and Porters.
There is probably an appropriate alcoholic beverage involving barley and often hops for every meal. Not just fermented Grape juice. Coloured from palest gold to deep black via bronze, red, brown etc. Sweet, Dry or bitter. Fizzy and not very fizzy. With lots of head to almost none.
I think the very strong beers are a mistake though. Better to distil the fermented malt (with no hops) and make some decent Irish or Scotch.
Not that I object to wine, port, sherry, Brandy etc.
More important questions
How common is this root kit?
Does Gmer detect it?
I have been saying for years...
Beware the Geeks bearing gifts.
No, not Earthing. Earthling. It's the lid fitting imperfectly or some other such flaw. Seriously screened enclosures have compressible braid and other clever schemes to ensure a complete short along all mating surfaces.
Useful to know
Like you might want to put an ordinary Radio in a Biscuit Tin to protect from EMP.
Though would any transmitting sites work afterwards?
Actually I wondered was this about bad site security due to relying on persistent Cookies. More interesting. Now I will have to buy various tinned goods (and eat them, can't be mucking environment by dumping) to check suitability of tin as Faraday cage. I presume testing with an iPhone might not be any good. Need an old 6300 off eBay?
I welcome return to proper Matt screen. Like we had nearly 10 years ago. Shiny on a screen is stupid. For YEARS people researched how to make screens Matt.
I think Matte may refer to photographic and cinema Masking? Unless El Reg has relocated.
* Matte (filmmaking), film and video technology
* Matte painting, a process of creating sets used in film and video
* Matte box, a camera accessory for controlling lens glare
* Open matte, a filming technique that involves matting out the top and bottom of the film frame in the movie projector
Matt: In British English, of a surface: having a non-glossy finish
Matte: In American English, of a surface: having a non-glossy finish
Anyway a glossy screen gives headaches due to eye re-focusing automatically on any moving reflection. Alleviated by careful position of desk etc. A Matt screen may not look so pretty in showroom, but is less distracting and less tiring. I suspect the glossy screens came in because they are cheaper and look prettier. For a tablet a glossy screen also shows up fingerprints worse than Matt. Matt is superior in brightly lit environments and outdoors.
Anyone remember the high contrast ultra-matt Victor 9000 / Sirius1 screen (done by a very fine nylon matt black mesh probably) compared to Shiny Goldfish bowl screens on all other Monitors? It was nearly 15 years before CRT colour monitors caught up (can't use mesh as it's not fine enough and you get moire fringing with mask/slots)
Otherwise nothing special on this netbook?
I hope the Matt no-gloss screen sets a trend.
Can we go back to 1200 lines/pixels (or better) instead of 1080 or lower please for those of us that want to read PDFs and Word DOCs and DTP layout "page at a time". Maybe even option for 4:3 screen and not WS. Some people actually use Laptop for working, not watching Video.
1G RAM is plenty for a netbook with a decent OS. You didn't buy it to run 5 server images or play a high end game?
They also have a bad reputation for reading the Standards, usually implementing them in a most limited and stupid way possible. Nor when bugs exposed can you expect them to issue a firmware update.
They probably are correct to record to disc and then re-process for BD, Otherwise a higher potential for drinks coasters or discs that play back on nothing else.
Mozilla needs to have Long Term Support versions.
It's unreasonable to "replace" a major application every few months. I saw this comming and ignored V4 except on one test machine. V3.6 and V5 should be supported till 2013 and 2018 respectively. At least.
Otherwise it's a consumer toy.
Such a HDD isn't much difference to same storage of SSD in power consumption. Nor is dropping it an issue if designed properly (screen more at risk).
Archos been doing disk & non-disk versions of same tablet for years. A605 is SD version and also 160Gbyte 2.5" HDD version with no SD slot.
LTE, 4G and spectrum
It's about amount of spectrum and cell density.
Without multiple 20MHz channels and about x10 as many masts no mobile technology can give broadband speeds when there are a reasonable number of users.
So HSPA+ is 4G if you have about 16x as many 5MHz channels as present and about x9 as many masts. LTE isn't 4G really at all if same amount of bandwidth and number of masts as 3G.
Basically Mobile will never be "broadband". It's not about a new technology, it's about economics. No-one will build enough masts.
It's dead really.
Next time someone designs a virtual currency:
1) Assume people are as evil as can be
2) Assume accounts will be hacked
3) Assume people want to exchange to other currencies, not just "pay" for goods and services.
4) Assume there will be speculation.
But the currency does deserve to be bashed. Anyone investing at this stage will become a Mark in a Ponzi scheme. Even if the original intention was altruistic.
what on earth could they replace it with?
They kept one ARM SoC in the sell off to Marvell
They still are ARM licencee
Apple wants an ARM iMac
Intel owns Infineon which is ARM SoC based.
Intel will say they are not doing an ARM till the day they do.
Which is easier to progam? EPIC x 4 cores or RISC x 16 cores?
Which lets you have chip set onboard with more RAM? 3 billion transistor EPIC or 500 thousand transistor RISC?
Which is cheaper to buy and run? 10 Virtual servers on one EPIC or 10x ARM SoC each with own RAM in a smaller ox using less power?
Did Intel do Itanium to kill Alpha and MIPS on servers and continuing it to promote Xeon and hurt Power PC, ARM and Sparc for servers?
Linux and Windows is dropping support.
HP sort of invented it hence their ire. I think the architecture is a worse dead end than x86.
Sounds to me that however altruistic the founders are, the premise of the idea is misbegotten and it will turn into a Ponzi scheme.
Those that get out early will profit.
I've been disabling Autorun on PCs since it was introduced in 1995
And the network related SSDP / uPNP which automatically discovers a network gadget and lets it automatically install. I've never encountered any network device that absolutely needs those.
Also WHY automatically bind MS client to EVERY network connection. Some logic in automatically doing it for cabled ethernet and LAN WiFi, but even then it should ask. Stupid binding on an ethernet port only connecting to a cable modem with no router/firewall or on a 3G /EDGE adaptor.
Engineers or Beancounters?
Maybe the original design had enough RAM and someone cost reduced it?
Ha! well no doubt teams of boffins are competing round the clock to be first.
"fricking sharks" with laser eyes!
Chopping up spectrum may create different suppliers, but does that really create competition when there are so few?
A single spectrum gives best efficiency and performance for users. There should be a single wholesale infrastructure reselling simple pipe to MVNOs.
Beatles' Apple Corp. Steve and Steve DELIBERATELY chose Apple because of Beatles!
NEC or Fujitsu iPad
How many other names?
Most Apple patents are either not really original or novel enough, or copies of prior art.
Refused apps on store and then Apple copies
Apple deserve to lose.
In 1987 I argued that it was a flaw not supporting Concurrency and that the language had learnt nothing about simple interfaces to building large systems from Modula-2. Modula-2 and Occam are older and both have concurrency support as part of the language.
Since the 1970s we knew a new language would need Concurrency, Multi-cpu support etc.
Also large C++ projects still too much depend on tools like Make. You should not need a separate file in a scripting language to build a large project.
Strings and Buffer Over-runs. Most Security Vulnerabilities and bugs.
Again by late 1970s it was known the default should be array bound checking. At outset of C++ in late 1980s the shortcomings of Strings in C was known and half baked string classes produced. It should have been a bit like VBSTR, not just null terminated but a size stored as well if dynamic, if Static the compiler knows the size. Then "count" to return the max number of array elements (string or otherwise) and "length" for size of array (or characters in string before null terminator).
C++ was born deformed due to having to be as backward compatible as possible with C, which after all wasn't really developed as a HLL at all but as a portable macro assembler to port UNIX and UNIX applications. Any form of Template, macro or define has no place in a safe language with human readable programs.
Obviously any native compiled language that's got a decent compiler is going to beat "p-code on Virtual Machines" (VB6, .Net, Java) or scripting languages. So no surprise C++ wins that competition.
Stratus approach is so Pre 1990s.
First we had VAX Cluster.
Then in 1999 I think Cluster with 2 x NT servers sharing at least two external storage shelves on separate 2 x SCSI bus (3 was better performance)
kill power randomly on one Server or one Storage shelf and no interruption of service. A cheap commodity server with single PSU is fine.
Obviously each shelf and server needs it's own PSU and separate UPS. But no server or shelf level expensive on board redundancy.
Turn it off?
Umm. It only needs well defined states to build a Digital Computer. Not actual "off". Though power consumption might be a problem.
An analogue computer is a Model of a system. It uses Analogue summing, log, Multiply, Square and Square Root circuits. Multiply by constant is an amplifier. Divide by constant is a pair of resistors. The number resolution is poor at between 1% to 0.1% full scale, thus roughly 7 bits to 10 bits resolution. The wiring decides the "model" or problem to be solved. Thus an analogue computer is not something for transistors that don't switch off so well, it's not a computer in the same sense at all as it has to be physically wired for a particular task. It's also inherently a "Data flow" processing device with parallelism and serial pipelines depending on the Process to be modelled.
There have been digital logic gates made with devices that don't fully turn on.
It's very power hungry, but was much faster than original TTL
A few late 1950s computers used it.
By the 1980s ECL type of design was mostly just used for Dividers from UHF or Microwave.
"The latest version of Microsoft's browser, released this year, does not – and will never – run on Windows XP. Microsoft is trying to steer people towards Windows 7. And rightfully so."
Win7 is a fix of Vista.
Vista and Win7 are mainly about eye candy. They offer no significant advantage to XP users, Win7 appears to be a marketing effort to compete with Mac OS.
MS has lost the plot. Also many high end computers even up to 9 years old are powerful enough to run Win7 apart from Graphics. The Graphics architecture is Stupidity. DirectX was bad, but at least it was really only to make migrating DOS like games easy (rather than Open GL or Win GDI based). Direct 3D is worse.
No-one needs IE 9, so that's not important.
Apple don't care about 40%+ of people running XP because they think people should run OS X. (which is priced cheap because it's only licensed for overpriced and Locked Apple Appliances).
What sort of semiconductors are they counting?
Which companies did they check?
The ideal PVR records EVERY channel for rolling 7 days... Browse entire EPG from now till a week ago and watch or "save".
About 0.3 Tbyte per channel. More for HD.
1T byte and larger are common now in PVRs.
IPTV? Only as a Pay TV service from your ISP. Real HD in real time over the Public Internet isn't feasible, costs about 10,000 more than Terrestrial broadcast.
FTA TV at Broadcast & HD quality will only be Broadcast. Until there is true Broadcast IP (which can't by definition be VOD) on Fibre over Public Internet, real TV on "Broadband" will be only from your ISP. And cost a lot more than FTA satellite or DTT.
iClouf and Google Docs
So called Cloud computing is the mainframe and terminal by another name.
The people who need PC or Laptop to do the kind of work they always did that wasn't media consumption, email and web browsing need to store specialist applications and data.
The "Cloudy" folk don't want your data. They want to be your application provider and then the Cloud Admins really own your data.
Back to the Central control of Mainframe era where someone else decides what applications you can have.
Also back to 1980s network speeds. Most people's cloud uplink speed is less than 0.5Mbps. Pretty like a single shared10Mbps cheaper-net / coax hub based network in a medium office with no switches, only hubs. Except with worse reliability and latency.
Get the facts right.
"Freesat HD" gear that can't do DVB-S2 isn't compliant. over four years ago I bought DVB-S2 sat cards for HD, because ALL HD was going to be MPEG4 H.264 L4 DVB-S2.
"Freesat" (non-HD) gear can't do HD no matter if it's on DVB-S or DVB-S2.
Unscrupulous dealers, makers and wholesalers is the problem. Not the BBC.
C4 HD was already DVB-S2.
many sites are producing apps for iPhone and Andriod. It's WAP and walled garden with fancier technology and more lock to vendor instead of carrier.
These things have WEB browsers... So have many non iTune and non-Andriod marketplace etc gadgets..
Publishers: Code for Web browsers. maybe even with USER menu for screen size. Don't rely on user agents.
A plague on sites with:
No usability at all without Flash (can be bad even on flash enabled stuff or people may not be able to install "latest" flash) or Silverlight.
Any requirement to use Java, except for special applications.
Any requirement to use .Net or Active X at all.
Fixed screen width, if must have, then no worse than 720 wide
Can we stop
Why calling these LED TVs?
They are LCD TVs with LED backlights. There are real LED HD displays (usually x10 bigger) and real OLED displays (usually 1/10th the size).
Why calling these 3D TVs?
They are stereoscopic TVs. Nothing 3D about them, There are (small and expensive) non-holographic yet true 3D displays.
A 42" non-Stereoscopic TV is about £300.
Using liquid crystal glasses all the TV needs is about 50p worth of IR LED and frame sync pulses to tell the glasses which eye to open.
People manage, not applications.
However if someone is clueless they COULD put it all on Excel. Trivial for "someone experienced in Databases" to export it and set up a real database before their 2nd coffee break*
(* Obviously they have their 1st breal while waiting for PC to boot and then browsing El Reg before getting down to less important stuff)
Freesat isn't Pay TV. So why are most boxes so awkward for non-Freesat?
How many button presses to go to Sky News (or what ever non-Freesat channel) and go back to Freesat mode and get BBC 1 HD?
Why can't you have a favourites list with Freesat and non-Freesat?
Does MHEG5 work on Non-Freesat channels (I know there are none in UK, but there is one in Germany and some in Ireland shortly http://www.saortv.info/satellite-saorsat/saorsat-reception/ )
Has it got Diseqc?
Does 28E have to be on Port one of Multiswitch distribution or 4 way Diseqc switch?
"Controlling what PC makers can and can't put in their machines that run Windows goes against the entire ethos of the Windows ecosystem, and makes Microsoft more like Apple."
This is important to start with.
Oddly it gives MS an advantage over Apple (because there is more devices and software and users by a factor of nearly x10).
Linux is as open as it gets, yet on x86 LESS peripherals and variation is *WELL* supported than on Windows XP. Of course more specialised Linux/GNU distributions support MIPS (no longer on Windows) and ARM (so far only on CE based Windows (i.e. Phone7) and not yet on NT based windows till Win8).
They are right to do this for first release and then add more HALs and Drivers later.
I'm no expert but I can set up a web server where the password file has only hashes in it and is not available to web side access.
An MS Linux Distro...
I remember long ago installing the MS distro of UNIX.
Indeed Nokia started digging their grave 2002 onwards.
Their Mobile division despite being the world leader was doomed.
Quote "That isn't the case any more, it is just hyper critical of everything and I don't undertstand why."
We need it.
Because frankly all the big companies are arrogant, only concerned with Image.
Glossy screens, Animated eye candy, beautiful multimedia all looks lovely in show room. But they are more interested in that and 1st impressions that improving "real" user experience, reliability, reducing price, productivity.
Form is replacing function.
Then at the other extreme we have Nokia who at time of N9100 brick phone with symbian then had a good future and through it all way, made too many conflicting GUI choices, did nothing to make symbain development easier, along the way destroyed Trolltech and Maemo.
There were linux phones smartphones before Android. But not much investment because RIM, Palm, Windows and #1 beating all the rest was Symbian.
There is a brand new DELL Win7 laptop with super shiny screen. It's totally inferior in speed and usability to XP on 1600 x1200 Ultrasharp NINE years old Dell Inspiron.
1368 x 768 @ 60p may look cool for USA BD and DVD, Not so good for 25i or 50p DVD or BD. You can't get a 50Hz screen laptop.
768 lines totally inferior to 1200 lines for documents or web pages.
Even 1920 x 1080 is no use as it makes the laptop screen too wide compared to a 1600x1200, and 1080 is just slightly too short for A4 PDFs and Word documents.
We have LOADS of cool gadgets and toys. Technomage stuff.
But how much stuff actually works well to do your job?
* Keep up the good work El Reg *
Though many HW reviews are not critical enough.
Quote: "It's good we're moving into an age where user interfaces are moving beyond the ideas from the early-1980s at last."
Actually the idea of WIMP is early 1970s. 1st Implemented in Mid 1970s.
It's still pretty much the best interface for large screen, keyboard entry and CAD / Graphics work.
The styles and ability to have contextual, floating menus and such is a minor tweak. The original idea was a pen (on desk, not screen), but they couldn't miniaturise it so turned a trackball upside down to make a "mouse". Light pens working on the CRT emitted light and calculating time from line and frame scan pre-existed the trackball and mouse. But working all day raising your arm to a large screen to gesture, select and draw is very tiring compared to a desk surface.
Perhaps a matt surface tablet that's A3 or A2 size would allow a true "desktop" metaphor, but current tablets are too small.
There has been work on "surface" and Table computing with idea that the surface recognises objects and is even big enough to set a real wireless keyboard and mouse (for those workers that need them).
It's a masochist that would write a book or manual on a touch screen rather than tactile keyboard.
Tablets and phones need new ideas. Actual big screen + keyboard information creation tools just need to be quick, reliable and affordable. Without distracting animated eye candy.
One touch doesn't rule them all.
Different form factors need different GUIs.
With the Original Win CE (which Win Phone is based on actually) MS made the mistake of putting "classic" WIMP GUI menu on small screen devices.
Are thy now going to make the mistake of putting the small touch panel Zune/WinPh GUI on tablets (which need different GUI, combination of thumbs at each side and WIMP + gesture touch) and on Netbooks/PC/Laptop which are still best with a "WIMP" type interface with keyboard shortcuts?
You could argue that about 4 or 5 different "User Interfaces" are needed
TVs etc with Remote controls
Servers (no candy and optimised for remote desktop and consoles)
Small gadgets with media navigation pad and small screen (players, phones, cameras, games)
Smart Phones Variants with purely Touch centric and ones with more real buttons. Must use keyboard and pointing device if added.
Tablets. 4" to 7" and 7" to 12". Maybe 3 variations according to size and resolution. A 4.3" 800 x480 is very different to a 11" 1920x1080
Dedicated readers with eInk type displays: Don't suit fancy Tablet GUIs
Small Netbooks 6", 7" .
10" to 19" Netbooks/Laptops/PCs/Notebooks
If you are mainly creating content rather than browsing and consuming it a touch screen is very very tiring.
Each class of device has it's one advantages. You are going to fail imposing same Look & feel and paradigms on them all.
Why does it sound like something out of a Terry Pratchett?
Or at least what a 18's rated Discworld novel might be like.
The regulator is best and only qualified to run the databases
FCC and Ofcom are abrogating their responsibility. They issue licences and allocate spectrum. They should ALREADY have the needed databases, since the 1970s, or WHAT ON EARTH are they doing all day?
Credit the junior as lead
If you think the research is very dubious?
In 5MHz the LTE delivers barely more than 3G/HSPA+
"it maxes out at a trifling 100Mb/s down and 50Mb/s upstream. If anything, it's 3.9G."
Actually that is if signal is perfect, no-one else is using the mast and you have a 20MHz channel.
Real world Average throughput is very very much less. Maybe 4Mbps to 12Mbps. As the folk on Cell edge only get 600kbps. Divide by number of simultaneous users.
So 3Mbps DSL that's actually 3Mbps can beat 100Mbps LTE.
HSPA & LTE are close to Shannon Boundary. So the only way to get more speed, i.e. 1GBps peak, is 200MHz channel.
Your loaded user speed could easily be 10Mbps on a 1GBps peak mast as it's a shared resource.
How many people can get 250MBps on 250Mbps WiFi at same time? Actually in a typical setup with 10 users you might get 10Mbps. Or 1Mbps if everyone tries to watch a different YouTube channel.
Lies, Dammed Lies, Statistics
And then Mobile vendor speeds.
Maybe I will upgrade 7 PCs XP -> Win8
Or leave them running XP till they die
Or install Ubuntu.
Hard to decide.
Proper testing has been done.
There is no evidence that so called "Electrosensitive" people are any more accurate at deciding a transmitter is on or off than a tossed coin.
See also "random walks" as to why a tossed coin doesn't get it right exactly 50% of times and why a large number of trials are needed.
People are "Electrosensitive". No.
Magnets are any better than Placebo . No.
Masts have any more effect than Nocebo. No
Makes any difference if Mast is live or off. No.
What about all the scareware ads they server too?
They are arrogant and irresponsible.
Subtractive vs Additive
LCDs are clear or Black. So don't work in three layers of CYM. Hence they have to have additive dots side by side. Each dot has to block entirely cyan (leaving red), magenta (leaving green) and yellow (leaving blue) wasting at least 2/3rds of the backlight. Real LED displays (like fill a wall) are Red, Green and Blue LED dots. AMOLED are really yellow or UV/Violet (with phosphor to get white), Most have LCD style RGB filters.
To use CYM you need a display that each element is coloured or transparent. The mono eInk in kindle etc uses tiny balls that are black on one pair of faces and white on the other, so they have to to use RGB filter additive side by side for colour which makes them VERY dim.
They must be using a liquid dye type display, each cell is empty (clear) or filled with cyan, yellow or magenta liquid. Parallax is an issue unless the cells are very much thinner than they are wide and high. OTH each cell can be 3x bigger than the RGB additive technique. Or twice as big for additive RGB arranged
for 2 x2 subpixel instead of older 3 x1 RGB stripes.
Most of these things are disguises for Ponzi schemes and people doing naked shorts.
Some people will make a lot. The majority at the end of the day will lose their shirt.
Apple are an example of a company deliberately encouraging speculation as they do not pay a dividend.
The only long term model which is not destructive is investment to get a return from real profits.
Anything else leads to Ponzi schemes, speculation, naked shorts and asset stripping. Look at eircom in Ireland, Anglo Irish Bank or Enron.
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