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https://www.guru3d.com/news-story/amd-is-said-to-take-over-fpga-manufacturer-xilinx.htmlAccording to information from the Wall Street Journal, AMD is in advanced talks to take over Xilinx - the manufacturer and market leader of so-called field-programmable gate arrays (FPGAs). This deal is said to be worth over $ 30 billion and could be completed as early as next week.
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The following points are interesting in this context:
- Xilinx has a current market value of 25 billion US dollars
- With Altera, Intel took over Xilinx's biggest competitor for many years at the end of 2015
- Xilinx relies partly on ARM processors for its products and Nvidia is currently in the process of taking over Arm
- Last year, Xilinx bought NGCodec, a specialist in video encoding
- There is currently a major patent dispute with Analog Devices in which AMD's CEO Dr. Lisa Su was on the board until recently, but announced last December that she would no longer be available for this this year (she is now on the Cisco board for that)
- Xilinx has recently achieved double-digit growth in the data center segment and was significantly more successful than all of its competitors, who had partially stagnant sales in this area
- Xilinx has some 7 nm products manufactured by TSMC , which would make AMD an even bigger TSMC customer
- Xilinx recently had annual sales of over $ 3 billion and has been profitable for the past 5 years, with operating profits ranging between $ 669 million and $ 956 million
AMD is said to take over FPGA manufacturer Xilinx
AMD is said to take over FPGA manufacturer Xilinx
https://www.guru3d.com/news-story/amd-is-said-to-take-over-fpga-manufacturer-xilinx.html
There are reasons why for big companies it may be better to have debt than not to have debt IIRC (something about taxes at least)The only way this would make any sense is if AMD pays entirely in stock. They simply should not be spending any cash. They've just recently become debt-free or close to it IIRC.
There are reasons why for big companies it may be better to have debt than not to have debt IIRC (something about taxes at least)
I mean Xilinx is the market leader and profitable on its own. Surely buying them makes sense anyway.
That said, I do not see any obvious synergies between the two companies. Maybe for semi custom system designs? And patents, of course
I thought they had accumulated enough cash to readily pay for a large fraction of their debt that was coming due, but there was still an amount of similar magnitude due at various times in the future. It's been a while since I've looked at the financial presentations, though.The only way this would make any sense is if AMD pays entirely in stock. They simply should not be spending any cash. They've just recently become debt-free or close to it IIRC.
AMD's concepts for mix-and-match IP blocks and chiplet integration have often included a reference to programmable logic IP alongside the CPU and GPU/APD blocks. Various patents also reference the possibility, and at times AMD has provided concepts or patents for using FPGA hardware for various purposes. The counterargument to that recurring theme was that they didn't have that IP, so there was something of an aspirational aspect to those disclosures.I mean Xilinx is the market leader and profitable on its own. Surely buying them makes sense anyway.
That said, I do not see any obvious synergies between the two companies. Maybe for semi custom system designs? And patents, of course
Having a lot of cash on hand, or not having a significant amount of debt can also raise the chance of a leveraged buyout that could then use AMD's cash or unleveraged assets to pay for the buyout.Yes, the interest on debt is subtracted from earnings for the purposes of tax calculation. So some amount of debt is generally good (also instills a certain fiscal discipline at times). However the last time AMD made a major acquisition, namely ATI, they amount of debt they took on was unsustainable. They resorted to selling certain divisions and even sale and leaseback of their campus to raise cash at that point. I'm sure none of us want to see them do something like that again.
Given AMD's stock price and the likelihood of some kind of correction, this might be one of the best times to try for such a purchase. The selective nature of which economic sectors have collapsed has moved money into tech and enabled things like Nvidia's attempt at grabbing ARM (Nvidia's stock price and Softbank's motivation to sell such an asset).Yes but at a pricetag of $30B, share price near the 52 week high and a P/E of 46, it is not an attractive acquisition purely from a financial point of view. Admittedly semiconductor companies in general have a high P/E, Nvidia at 101 and AMD at an even higher 161, but still, I fail to see major synergies as you say.
I thought they had accumulated enough cash to readily pay for a large fraction of their debt that was coming due, but there was still an amount of similar magnitude due at various times in the future. It's been a while since I've looked at the financial presentations, though.
AMD's concepts for mix-and-match IP blocks and chiplet integration have often included a reference to programmable logic IP alongside the CPU and GPU/APD blocks. Various patents also reference the possibility, and at times AMD has provided concepts or patents for using FPGA hardware for various purposes. The counterargument to that recurring theme was that they didn't have that IP, so there was something of an aspirational aspect to those disclosures.
AMD's value-add argument for semi-custom or product growth does depend on the availability of desirable IP, and it has some constraints that make it more difficult to address markets besides the ones it already serves. For HPC, AMD's vision gives a chiplet/interposer topology, and only CPU and GPU IP to populate the slots.
Other elements, like system interconnect or additional types of hardware are elements that AMD often leaves to third parties. For interconnects, I recall Intel purchasing at least part of Cray's interconnect technology, and Nvidia has bought Mellanox. The tech for bringing together server nodes is something AMD's larger competitors are bringing in-house and potentially reducing AMD's value-add for servers and HPC.
Then there's NVidia's attempt at buying ARM, which among other things means AMD's security and system integration layer that it touts as a server value-add could be dependent on a competitor's good will as well.
Having some value-add and IP leverage against ever-expanding competitors is a strategic play, and there's the possibility that Intel's Altera setbacks might someday get past the acquisition blunders and 10nm false starts. AMD's positioning is marginal enough that even if Intel's competing heterogenous initiatives aren't massively successful for Intel, they could still dwarf AMD. AMD's integration play is weakening as its stable of partners is moving into the IP portfolio of the likes of Intel or in-house for companies that would have been customers in times past.
Having a lot of cash on hand, or not having a significant amount of debt can also raise the chance of a leveraged buyout that could then use AMD's cash or unleveraged assets to pay for the buyout.
I recall AMD's offering for ATI was all or mostly cash, and I recall discussion about how well ATI likely played AMD in that regard, given that AMD overextended itself and R600 was the next product out.
Given AMD's stock price and the likelihood of some kind of correction, this might be one of the best times to try for such a purchase. The selective nature of which economic sectors have collapsed has moved money into tech and enabled things like Nvidia's attempt at grabbing ARM (Nvidia's stock price and Softbank's motivation to sell such an asset).
Must read for those unaware of Xilinx & the FPGA market:
Pondering That Rumored $30 Billion AMD Acquisition Of Xilinx (nextplatform.com)
They've been around 500 million debt mark for some time now, with 1775 million cash / cash equivalent at the end of q2I haven't looked at them in detail recently either but I vaguely remember that they were almost debt free and now generating sufficient free cash. The Q3 results should be out by the end of the month, will delve into it then.
AMD has opted for that model, although it's obligatory rather than optional like it is for the more vertically integrated competition.I feel AMD could address any of those shortcomings with partnerships/licensing, the likes of which they have with Cray for Supercomputers for example. AMD have the key IPs, i.e. GPU and CPU, unlike Nvidia, who's only option to get an entry to the market is to purchase ARM.
AMD has stated its desire to expand, and its addressable market may have increasing competition. If AMD only optimizes what it already serves, the extent of it that is sufficiently served just by CPU and GPU IP is not a certain growth prospect.AMD still does not invest in R&D to the scale of Intel or Nvidia and are probably better off focusing their resources towards the key GPU and CPU IPs. The addressable market is big enough without them having to look to other segments.
If the concern is the long-term health of the company, that may be so. It's best not to have enough assets and cash on hand that it could pay for an immediate fire-sale.True, though LBOs in the semiconductor are a lot more complex due to the nature of the industry demanding significant R&D spend. Aside from Broadcom and Avago, I can't recall many other big ones.
I think it was claimed that Intel helped create the impression they were looking to acquire ATI for that exact outcome, and a bidding war against a phantom offering was something ATI would have wanted to encourage.Yes the timing of the ATI purchase was just unfortunate for AMD. They'd have probably paid a third if they'd waited a year. Oh how things have might been if they hadn't completely hamstrung themselves for a few years thanks to that.
Apparently the 3300x has been nowhere to be found since soon after it launched. The 3100 seems to be readily available.
Is that because it’s more likely to get two partially defective CCXs (3100) vs one perfect and one completely defective CCX (3300)?
Presumably you are talking about the US?
Both models have had ready availability for a while now in New Zealand.
Without knowing the situation in Asia, where these budget CPUs would have particular appeal, it's hard to reach a conclusion.
Supercomputer called LUMI (=SNOW (actually in this case (Large Unified Modern Infrastructure))) will be installed in Finland as part of EuroHPC-project.
It's based on HPE Cray EX and uses Genoa Epycs and next gen Radeon Instincts. It'll offer peak performance of 0,55 exaflops or 550 petaflops
https://www.hpe.com/us/en/newsroom/...ch-in-science-and-unlock-economic-growth.html
Made a mistake there, was supposed to be Milan, not Genoa. It's Zen 3 + CDNA.Great news for AMD, they've really done well with the number of supercomputer wins they've managed to secure. Zen 4 + CDNA2 is shaping up to be quite the combination and Intel seemingly has no real answer until 7nm.