Share holders In general have...
...a sack of baboons where their brains should be.
British chip design firm ARM Holdings painted a rosy picture of its future growth on Tuesday, but it missed analysts' revenue expectations for the third quarter of its fiscal 2014, reigniting old fears that slowing smartphone growth will hurt the firm's long-term profitability – even though it's looking just fine in the near …
These leeches called Analysists are never satisfied.
They set a target
Company come in 20% higher
Shares go down because some [redacted] says they should have done 30%
This breed of crystal ball gazer are rapidly climbing my pecking orser of who get lined up against a wall and shot come the revolution. At the top are Lawyers who become Politicians. Next comes Derivative traders followed by the CEO's of Banks. Currently Analysists are at No 9 just befind The Zuck (for all those who are Faceblock addicts)
{to the NSA/GCHQ, this is pure fantasy you know but we have to have someone to hate}
Much fun as the righteous anger here is, it's all based on a misunderstanding. The value of a business is determined by its profits - not its past profits, but its *future* profits. Therefore, the value of a company is always based on the market's estimate of what future profits will be. When news comes along that changes those expectations (which are largely informed by the company's own estimates of its future profits) the value of the company changes. Where's the evil?
I think the same thing applies on the way up. If you play the game on the way up, you have to play the game on the way down.
Whilst ARM is a good business, in terms of share price versus earnings, the valuation for the last few months/years is very, very optimisitic.
Only significant dominance of a very high volume market could justify its valuation going forward. (IoT is the buzz word these days)
Do the math - how many processors do they need to sell across their portfolio to come down to a PE of say 10?
I think shareholders are taking profits and that is fine.
Edit:
Just saw ossi;s comment - totally agree!
Much as I'm not (yet) a fan of their mobile offerings, Intel's hard push into the mobile space has to be considered as well. I'm not aware of any design wins in smartphones, but there have been a slew of tablets, both Windows and Android with "Intel Inside" this year. The Android devices, at least, would formerly have contained ARM SOC's of various flavors.
Intel have finally produced some pretty good tablet silicon for Android, just as the market has (seemingly peaked), and from recent reports failed to pull in much money from doing so (I'm assuming current offerings were pretty heavily subsidized).
Next big thing seems to be the 'ultra-low-power/wearables', that ARM already seems to have stitched up.
Aside from their 'regular' chips, the place Intel should be doing is between tables and their existing market. Most impressive 'thing' I've seen this year is the new MS Surface. Smidge bigger than your ipad, bit a genuine, real, *proper* computer.
I could almost forgive Windows 8 after seeing it.
It is a crack between the tables
Depends. Between tables and their existing market could be between the desktop machine and tables, which is quite a small space.
It could be between the under-desk tower unit and tables, which would often leave enough room for another computer entirely.
Or it could be between server and table. In our server room, we could fit 6-7 machines just on the floor between the rack and our table, so that would be a good market to target.
I keep wishing Intel and ARM didn't see each other as competitors. Intel has the best silicon tech. Arm has the best low-wattage architecture. Best of both worlds would be ARM chips fabbed by Intel, but Intel keeps plugging away at low-wattage x86 chips despite the intrinsic electrical inefficiency of that architecture.
Wouldn't premium mobile users happily pay royalties to both ARM and Intel on one chip, for longer battery life or reduced weight? (Just possibly, they already are. Do we know for sure who bakes the top of the range chips for Apple and Samsung? )
Give it a rest morons. Apparently you are so devoid of brilliance that you have to steal from natural resource extraction to say anything at all. Phones is an open ended niche. The source material is sand and we've yet to approach a limit to growth there. Furthermore, the consumer penetration had yet to reach anything approaching 80% so plenty of slack there and finally these same consumers practice rapid upgrade/replacement cycles. Sheesh!
Actually the source material is very clean sand. And water. And petrol, lots of petrol.
I presume you mean a fair bit of electricity, for producing ultrapure silicon and subsequent baking operations. AFAIK there's no essential use of petroleum. Use of oil-derived organic solvents isn't at all high, and biologically derived feedstocks could be substituted.
Whatever the financial niceties can I propose the following relationships to a business..
Owners :- People who's future lives and those of their chldren are almost solely dependent on the disposable earnings of their companies. The best examples of which I believe are the German Mittelstand businesses.
Stakeholders:- People and other businesses who work for and supply the business, Their futures are linked to the business but they may have other options.
Shareholders :- People who are long term partial owners of a business. They have two ways to recieve money back from a business. Sell their share and or receieve dividends.
Investors :- Gamblers looking to move money in and out of businesses at high speed, demanding higher perfomances of those businesses, than they themselves could deliver if they ran the business.
Analysts :- People who can predict the obvious future precisely. BTW if they are so good why don't they invest their own money and retire to their desert island..
Why didn't I describe the role of Banks.. Even El Reg has an AUP on language I beleive..
A little bit unfair to investors and analysts. There are investors who buy expecting to hold for several years or even decades, if the future pans out anything like the way they anticipate.
As for analysts, they are much the same as journalists. They're expected to do a better job of researtching the facts, because people pay £££... for their publications, rather than pennies. They can't always be relied on, just like the press can't always be relied on to have put any facts at all into their stories.
As for bankers: A polite comment is to observe that in some languages, "B" and "W" are not distinguished.
"A little bit unfair to investors and analysts. There are investors who buy expecting to hold for several years or even decades, if the future pans out anything like the way they anticipate."
Fair point; I would probably upgrade long term investors to shareholders.
It's the short term buying and selling that annoys me. I beleive it's impossible to build long lived stable profitable businesses if you are forever looking over your shoulder a quarter year at a time..
A Tobin Tax on short term holdings perhaps?
A Tobin Tax on short term holdings perhaps?
Definitely. Ordinary mortals with only thousands to invest already pay such a tax: stamp duty. It's a scandal that the rich and the institutions are avoiding this tax by trading derivative products instead.
Also no need to have a complicated system for refunding it to a long-term holder. Longterm investors are probably already paying 0.5% stamp duty, so a mere Tobin-level tax would would be welcomed by all but a few of them.
Long term ARM seems pretty safe, not because of the IoT but because all AV devices are becoming smart, ie. contain an arm CPU, eg DVD players, TVs, digital radios (yuk),...
There will also be a trend towards every home having a low power home server in future, again with the ARM SoC and whatnot. When is somebody going to launch pogoplug-type thing one with a ready integrated Owncloud instance ?
"There will also be a trend towards every home having a low power home server"?
Maybe not, esspecially with increasing broadband speeds and competitive cloud offerings which somewhat negate the need for in-house facilities.
Meanwhile, the possibility, if not likelyhood, of ARM based servers becoming competitive to X86/64 ones, would suggest there is still a future for ARM beyond peak phone/tablet/IoT.
The UK government is continuing efforts to have chip designer and licensor Arm listed on the London Stock Exchange after its public offering rather than New York, as is the current plan.
At stake is whether Arm moves its headquarters to the US, potentially leading to the further loss of UK jobs.
Speaking to the Financial Times, UK minister for Technology and the Digital Economy Chris Philp said the government was still "working closely with" Arm management on the IPO process, despite its parent SoftBank having previously indicated that it was planning to list Arm on the Nasdaq stock exchange in New York.
Qualcomm has reiterated it would like a stake in Arm and help create a consortium that would keep the Brit chip designer neutral, or out of the hands of any single chip company at least.
The latest development in the Arm IPO saga comes from Qualcomm's chief executive, Cristiano Amon, who told the Financial Times that his company was interested in investing in Arm, and that Qualcomm could join forces with other chipmakers to buy Arm outright from owner SoftBank.
"It's a very important asset and it's an asset which is going to be essential to the development of our industry," Amon said.
Forescout researchers have demonstrated how ransomware could spread through an enterprise from vulnerable Internet-of-Things gear.
The security firm's Vedere Labs team said it developed a proof-of-concept strain of this type of next-generation malware, which they called R4IoT. After gaining initial access via IoT devices, the malware moves laterally through the IT network, deploying ransomware and cryptocurrency miners while also exfiltrating data, before taking advantage of operational technology (OT) systems to potentially physically disrupt critical business operations, such as pipelines or manufacturing equipment.
In other words: a complete albeit theoretical corporate nightmare.
Interview After two years of claiming that its Arm-powered server processors provide better performance and efficiency for cloud applications than Intel or AMD's, Ampere Computing said real deployments by cloud providers and businesses are proving its chips are the real deal.
The Silicon Valley startup held its Annual Strategy and Product Roadmap Update last week to ostensibly give a product roadmap update. But the only update was the news that Ampere's 5nm processor due later this year is called Ampere One, it's sampling that with customers, and it will support PCIe Gen 5 connectivity and DDR5 memory.
There was good news overnight for the niche of Windows on Arm users as Microsoft released a native Arm64 version of PowerToys.
PowerToys is an increasingly essential component for Windows users, with features ranging from assistance for keyboard shortcuts, though a nifty window manager to the very handy PowerToys Run function.
The first pre-release arrived on GitHub in 2019 and the PowerToys team has added functionality to the suite ever since (although, thankfully, not the TweakUI that blighted many a Windows system more than 20 years ago.)
A Linux distro for smartphones abandoned by their manufacturers, postmarketOS, has introduced in-place upgrades.
Alpine Linux is a very minimal general-purpose distro that runs well on low-end kit, as The Reg FOSS desk found when we looked at version 3.16 last month. postmarketOS's – pmOS for short – version 22.06 is based on the same version.
This itself is distinctive. Most other third-party smartphone OSes, such as LineageOS or GrapheneOS, or the former CyanogenMod, are based on the core of Android itself.
A critical flaw in the LTE firmware of the fourth-largest smartphone chip biz in the world could be exploited over the air to block people's communications and deny services.
The vulnerability in the baseband – or radio modem – of UNISOC's chipset was found by folks at Check Point Research who were looking for ways the silicon could be used to remotely attack devices. It turns out the flaw doesn't just apply to lower-end smartphones but some smart TVs, too.
Check Point found attackers could transmit a specially designed radio packet to a nearby device to crash the firmware, ending that equipment's cellular connectivity, at least, presumably until it's rebooted. This would be achieved by broadcasting non-access stratum (NAS) messages over the air that when picked up and processed by UNISOC's firmware would end in a heap memory overwrite.
WWDC Apple opened its 33rd annual Worldwide Developer Conference on Monday with a preview of upcoming hardware and planned changes in its mobile, desktop, and wrist accessory operating systems.
The confab consists primarily of streamed video, as it did in 2020 and 2021, though there is a limited in-person component for the favored few. Apart from the preview of Apple's homegrown Arm-compatible M2 chip – coming next month in a redesigned MacBook Air and 13" MacBook Pro – there was not much meaningful innovation. The M2 Air has a full-size touch ID button, apparently.
Apple's software-oriented enhancements consist mainly of worthy but not particularly thrilling interface and workflow improvements, alongside a handful of useful APIs and personalization capabilities. Company video performers made no mention of Apple's anticipated AR/VR headset.
In the world of fabless chip designers, AMD, Nvidia and Qualcomm usually soak up the most attention since their chips are fueling everything from top-end supercomputers to mobile devices.
This hunger for compute is what has allowed all three companies to grow revenue in the high double digits recently. But there's one fabless chip designer that is growing faster among the largest in the world and it's far from a household name: Marvell Technology.
Silicon Valley-based Marvell grew semiconductor revenue by 72 percent to $1.4 billion in the first quarter, which made it the fastest growing out of the top 10 largest fabless chip designers during that period, according to financials compiled by Taiwanese research firm TrendForce.
Researchers at the University of California San Diego have shown for the first time that Bluetooth signals each have an individual, trackable, fingerprint.
In a paper presented at the IEEE Security and Privacy Conference last month, the researchers wrote that Bluetooth signals can also be tracked, given the right tools.
However, there are technological and expertise hurdles that a miscreant would have to clear today to track a person through the Bluetooth signals in their devices, they wrote.
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