Microchip Technology Inc (MCHP)

Tradr Launches Leveraged ETFs on Microchip, NXP, and ON SemiMay 28, 2026 6:46 AM
PR Newswire (US) Three first-to-market products expand Tradr's presence in highly watched semiconductor verticalNEW YORK, May 28, 2026 /PRNewswire/ -- Tradr ETFs, a provider of ETFs designed for sophisticated investors and professional traders, today launched three new leveraged ETFs on single stocks. The Cboe-listed funds seek to deliver two times long (200%) the daily performance of a specific underlying stock. All three ETFs are first-to-market strategies.The following ETFs are expected to open for trading today:Tradr 2X Long MCHP Daily ETF (Cboe: MCHU) – tracks Microchip Technology, Inc. (Nasdaq: MCHP)Tradr 2X Long NXPI Daily ETF (Cboe: NXPX) – tracks NXP Semiconductors N.V. (Nasdaq: NXPI)Tradr 2X Long ON Daily ETF (Cboe: ONX) – tracks ON Semiconductor Corporation (Nasdaq: ON)"We are excited to add three more semiconductor names to our burgeoning single-stock ETF stable one that already includes NVIDIA, Navitas, and Astera Labs", said Matt Markiewicz, Head of Product and Capital Markets at Tradr ETFs. "Although Microchip, NXP and ON Semi have been around for decades, they have more recently gained attention as integral picks and shovels players in the American AI infrastructure buildout."Tradr's lineup of 63 leveraged ETFs represents over $7 billion in assets under management. Tradr's strategies can be accessed through most brokerage platforms and allow investors to avoid the hassle of using margin and the complexity of options trading. The firm continues its mission of providing sophisticated investors with innovative trading tools that enhance their ability to express market views with precision and efficiency.For detailed information on Tradr ETFs and the significant risks involved with leveraged ETFs, please visit www.tradretfs.com.About Tradr ETFs
Tradr ETFs are designed for sophisticated investors and professional traders who are looking to express high conviction investment views. The strategies include leveraged and inverse ETFs that seek short or long exposure to actively traded stocks and ETFs.IMPORTANT RISK INFORMATIONTradr ETFs are for sophisticated investors and professional traders with high conviction views and are very different from most other ETFs. The Funds are intended to be used as short-term trading vehicles and pursue leveraged investment objectives, which means they are riskier than alternatives that do not use leverage because the Funds magnify the performance of their underlying security. The volatility of the underlying security may affect a Fund's return as much as, or more than, the return of the underlying security.Investors in the fund should: (a) understand the risks associated with the use of leverage; (b) understand the consequences of seeking inverse and leveraged investment results; (c) for short ETFs, understand the risk of shorting; (d) intend to actively monitor and manage their investment. Fund performance will likely be significantly different than the benchmark over periods longer than the specified reset period and the performance may trend in the opposite direction than its benchmark over periods other than that period.Leverage increases the risk of a total loss of an investor's investment, may increase the volatility of the Funds, and may magnify any differences between the performance of the Funds and their reference security. The Funds seek leveraged investment results for a specific period (daily, monthly or quarterly). The exact exposure of an investment in the Fund intra-period will depend upon the movement of the reference security from the end of the prior period until the time of investment by the investor.The Fund will not attempt to position its portfolio to ensure it does not gain or lose more than a maximum percentage of its net asset value on a given trading day. As a consequence, investors in a Fund that seeks two times daily performance would lose all of their money if the Fund's underlying security moves more than 50% in a direction adverse to the Fund on a given trading day.ETFs involve risk including possible loss of the full principal value. There is no assurance that the Fund will achieve its investment objective. Principal risks and other important risks may be found in the prospectus. Past performance does not guarantee future results.ETF shares are bought and sold at market price (not NAV) and are not individually redeemed from the ETF. There can be no guarantee that an active trading market for ETF shares will develop or be maintained, or that their listing will continue or remain unchanged. Buying or selling ETF shares on an exchange may require the payment of brokerage commissions and frequent trading may incur brokerage costs that detract significantly from investment returns.Investors should carefully consider the investment objectives, risks, charges and expenses of the Funds. This and other important information about the Fund is contained in the Prospectus, which can be obtained by visiting www.tradretfs.com. The Prospectus should be read carefully before investing.Distributed by ALPS Distributors, Inc, which is not affiliated with AXS Investments or its Tradr ETFs. AXI000947 View original content to download multimedia:https://www.prnewswire.com/news-releases/tradr-launches-leveraged-etfs-on-microchip-nxp-and-on-semi-302784175.htmlSOURCE Tradr ETFs Original: Tradr Launches Leveraged ETFs on Microchip, NXP, and ON Semi

Microchip Broadens dsPIC33A Lineup with New Digital Signal ControllersApril 14, 2026 8:43 AM
IH Market News
Microchip Technology Inc. (NASDAQ:MCHP) has introduced new dsPIC33AK256MPS306 Digital Signal Controllers as part of an expansion of its dsPIC33A DSC portfolio, targeting applications in power conversion, motor control, and intelligent sensing across AI servers, data centers, automotive, and industrial markets.The new controllers are built on a 200 MHz 32-bit core and feature a double-precision floating point unit. They incorporate 78-picosecond pulse width modulators, multiple 12-bit analog-to-digital converters operating at 40 MSPS, high-speed comparators with 5-nanosecond response times, and digital-to-analog converters with slope compensation.Security capabilities are integrated into the devices, including support for secure boot, firmware updates, and debugging. The controllers are compatible with Commercial National Security Algorithm Suite 2.0 post-quantum cryptography standards and include hardware-accelerated cryptographic functions designed for Open Compute Project power supplies and real-time connected control systems.“These DSCs address customer needs by combining a broad set of control, analog and security capabilities together in a single device,” said Joe Thomsen, corporate vice president of Microchip’s digital signal controller business unit.Connectivity features include I3C support for telemetry and sensor networks, along with interfaces such as CAN FD, LIN, SPI, I2C, and SENT. For motor control use cases, the devices support multiple feedback systems, including Bidirectional Serial Synchronous, EnDat, and Quadrature/Optical Encoders and Resolvers.The controllers also include an Integrated Touch Controller and high-speed ADCs with built-in oversampling, enabling up to 16-bit resolution. They have been developed in line with automotive ISO 26262 and industrial IEC 61508 functional safety standards, and are expected to be automotive-qualified for operation at temperatures up to 150°C.The dsPIC33AK128MPS103-I/M7 variant is priced at $1.20 per unit in high-volume orders. The devices support the Zephyr real-time operating system and are compatible with FreeRTOS, SafeRTOS, and wolfCrypt libraries.Microchip Technology stock price

Original: Microchip Broadens dsPIC33A Lineup with New Digital Signal Controllers

Microchip Beefs Up Its AI Data Center Technology Offerings
4 days ago by Jake Hertz

Taking a holistic view of data centers, Microchip is upgrading its connectivity, storage, and computer portfolios to provide comprehensive support for the AI boom.

Microchip recently launched a sweeping array of compute, connectivity, storage, and power solutions for AI-driven data centers. Instead of focusing on a single platform or product, the company introduced a coordinated ecosystem that addresses escalating demands for bandwidth, power efficiency, security, and management flexibility.

Microchip AI data center portfolio

Microchip’s AI Data Center Portfolio Expansion

Microchip’s new portfolio significantly expands its hardware infrastructure for AI workloads. For starters, the company is advancing PCIe interconnects up to Gen 5, with Gen 6 and Gen 7 already in development. Similarly, to support low-latency optical links, Microchip’s newly released META-DX2+ Ethernet PHYs implement Lambda splitting, which is an optical multiplexing technique that increases fiber throughput by up to 50% through wavelength-level channel division. According to Microchip, this new feature enables coherent optics scaling while reducing transceiver and fiber costs for data center interconnects (DCI).

For internal switching, the new LAN9646 (datasheet linked) integrates four GbE PHYs and a six-port switch fabric with support for SGMII, RGMII, MII, and RMII interfaces. It also supports industrial temperature ranges and Linux DSA compatibility.

Internal block diagram of the LAN9646.
Internal block diagram of the LAN9646.

Power solutions include dsPIC33A digital signal controllers (datasheet linked) that combine high clock rates with real-time power factor correction and firmware authentication. To further boost efficiency and performance, these controllers also support advanced feedback algorithms for synchronous rectification and resonant conversion.

Finally, Microchip announced new MPUs with OpenBMC support that provide secure out-of-band management for system monitoring, logging, firmware updates, and remote resets. These MPUs support Redfish for RESTful management and offer lifecycle management tools suited for cooling subsystems and chassis power shelves. The entire ecosystem is secured using Microchip’s Root of Trust controllers.

MCPF1412 Power Module Deep Dive
Among these announcements, Microchip also revealed the MCPF1412 (datasheet linked), a fully integrated, point-of-load DC-DC converter.

Operating from a 16-V input, the module delivers up to 12 A over an output range of 0.6 V to 1.8 V. Its internal powertrain integrates MOSFETs, drivers, control logic, and a high-efficiency buck topology into a 5.8 mm x 4.9 mm x 1.6 mm LGA package. This miniaturization ultimately reduces board space by over 40% compared to discrete implementations.

MCPF1412 block diagram
MCPF1412 block diagram.

The MCPF1412 uniquely supports both analog and digital configurability. Designers can set output voltage using resistor dividers or interface via I2C and PMBus for dynamic voltage scaling and fault management. The onboard EEPROM allows pre-programmed power-up behavior that reduces the need for host MCU intervention during system initialization. Diagnostics include over-voltage, over-current, and thermal protection, with a power-good signal for sequencing and watchdog integration.

Microchip has aligned this power module with its wider portfolio. The MCPF1412 is designed as a companion device to its FPGA, PHY, and retimer platforms. Microchip envisions the device as a strong candidate for powering PCIe retimers, FPGAs, and AI accelerators.

A Full Ecosystem Supporting Data Centers

Microchip’s latest hardware platform shows that, rather than delivering piecemeal components, the company is trying to coordinate hardware building blocks that serve AI workloads at every layer. As a collection of interoperable technologies, Microchip hopes its new platform-level strategy can deliver greater flexibility, trust, and operational efficiency.

https://www.allaboutcircuits.com/news/microchip-beefs-up-its-ai-data-center-technology-offerings/?user_mcid=575a15d547

Was $35 the bottom with a turn up on the OBV short term?


Weekly Chart

MCHP, 10Q due Thursday 5/8

MCHP 10Q 11/5

MCHP 10Q due 5/6

MCHP did a 2:1 forward split today? I didn't even know that was coming!

MCHP Earnings should blow away the estimates. Watch and Learn. GLTA.

Microchip Technology (MCHP) Has Potential To Growth

With some uncertain trading in the summer, investors were starting to worry if the incredible growth in the semiconductor industry could keep up, and if stocks in this segment would continue moving in the right direction. After all, the space had been on fire and there was plenty of hype regarding a variety of new areas for semiconductor companies to expand into in the near future, but questions remained about how just how far in the future this boom might be.

Though not in the same Zacks Industry as Micron, Microchip Technology (MCHP) is also a well-positioned semiconductor stock. This is especially true when you consider what an incredible premium investors are putting on growth in today’s environment, as MCHP has a Growth Grade of ‘A’ right now.

This strong grade is due to the industry-beating margins and projected sales growth, as well as a ROE above 34%. Add in projected EPS growth over 30% and a stunning 57% growth in current cash flow growth, and it is clear that this stock is a growth investor’s dream.

But it isn’t just cash flow growth that is impressive, as the company is also making great gains on the profit front too. Analysts are also taking note of these trends, and we have seen only analyst upgrades when it comes to earnings expectations over the past two months.

The analyst moves haven’t just been a penny or two either. We have seen a pretty sizable magnitude change in the consensus for a number of time periods. This includes a seven percent shift in the current quarter consensus in the past two months, a 7.7% move in the full year consensus in the same time frame, and a similar boost to the following year as well.http://www.stocksmarketnews.com/bull-of-the-day-microchip-technology-mchp/

too much cash on hand

MCHP Newsletter Re: Disaster in Japan Impact....

I received this e-mail from MCHP today... The bolding is mine (and not in the original msg)...

March 22, 2011
Dear Customers:

The devastation caused by the earthquakes, tsunami and the nuclear threat on Japan's people and resources is unprecedented. Our sympathy and prayers continue to be for the Japanese people.

We are learning more about the impact of this disaster on our industry each day. The realities are just starting to be understood, and they are not good for the overall supply chain. While the human casualties remain at the forefront of everyone's mind, many of you have contacted Microchip to determine whether there will be any impact to our supply chain. Microchip now has extensive updates from our supply-chain partners. First, I would like to remind everyone that Microchip's primary manufacturing facilities are located in Arizona and Oregon, and our primary test and assembly facility is located in Thailand.

That said, we have a small supply of products from our Silicon Storage Technology acquisition that come from Japan, but that facility is not in the affected zone. Some of Microchip's raw materials and supplies come from Japan, including our primary silicon wafer supplier, which is located in western part of Japan, away from the areas affected by the earthquake and subsequent tsunami. However, we have confirmation that there are no disruptions to our supply line. Also, our supply of packaging raw materials comes from locations outside of Japan.

Therefore, I would like to confirm to our customers that we have zero reported disruptions to our supply chain. With some planning and a lot of luck, we have completely dodged this bullet so far; the terrible human toll not withstanding.

However, as we read the status of various fabrication, assembly, test and material plants in the affected area of Japan, we expect the impact to our industry to be significant. There are a number of other manufacturers producing non-Microchip microcontrollers that have been impacted. It is unclear how long and how deep the shortages and disruptions in the supply of non-Microchip microcontrollers will persist.

It is becoming quite clear that many who depend on non-Microchip microcontrollers are also in need of help, based on these shortages. In fact, we have already received a barrage of inquiries from customers in need of a quick "replacement" for several non-Microchip microcontrollers that they had in production. Some of these microcontrollers can be replaced very quickly with Microchip's PIC® microcontrollers, while others would require a bit of redesign effort. So, in the below paragraphs, let me first describe Microchip's capabilities and capacity, followed by a call to action for our existing customers.

Microchip has substantial manufacturing capacity to help those customers who are stranded because of a disruption in their supply chain. We have already initiated the ramp of our fab, assembly and test facilities to produce more supply of our products. Microchip also has more than 1000 global design partners prepared to help every customer in identifying substitute microcontrollers, analog, memory and wireless solutions from Microchip's extensive portfolio, in addition to converting code and assisting with product design. We also have a network of more than 80 distributors throughout the world that are ready to help customers in sourcing production quantities of Microchip's semiconductors.

Now, here is the challenge. Recently, the lead times of Microchip's products have come down and, as a result, many customers have only placed near-term backlog. Before we commit our availability to competitors' customers who are stranded, we would like to ensure that our current customers are taken care of. Despite zero disruptions in our supply line today, the circumstances are changing every day. Some allocations of Microchip's raw materials could develop in the near future, if Microchip's Japanese suppliers start to allocate the output of their unaffected facilities. This fear of raw-material allocation, together with significant demand from our competitors' stranded customers, is likely to take the lead times of Microchip's products back out.

So, here is a call to action for all of Microchip's existing customers. Please make sure that you immediately review your needs and place an order for no less than 12 weeks of your requirements. I have issued similar calls before. History bears out that those who heeded my requests were better off, while the others had to pay expedite charges or suffer delays in product delivery. I am expecting a huge surge of redesign inquiries, as system manufacturers move to rescue their microcontroller and analog product supplies. Therefore, our existing customers should get in line first. We work from backlog, and those who commit backlog to us secure the supply first. In a couple of weeks, we will look at the availability above backlog and start committing that to stranded customers looking for substitutions.

We will update you as the situation changes and when there are further significant developments. If you have any questions, you can always reach us at here2help@microchip.com. Meanwhile, please take immediate action to secure your supply of Microchip product.


Sincerely,



Steve Sanghi
President and CEO
Microchip Technology Inc.

MCHP Manufacturing Facilities...

One consequence of Japan's current misfortune may be unreliable or sporatic electrical supply to its semiconductor fabrication facilities. I gather from the news that wafer fabrication would be severely compromised if there are unplanned and intermittent power outages.

I wonder if MCHP depends upon Japanese sources in any meaningful way. My interpretation of MCHP's most recent 10 K (June 2, 2010) is that MCHP might not be directly affected (except, possibly, for some wafer assembly and testing). i.e.:Our manufacturing operations include wafer fabrication and assembly and test. The ownership of our manufacturing resources is an important component of our business strategy, enabling us to maintain a high level of manufacturing control resulting in us being one of the lowest cost producers in the embedded control industry. By owning our wafer fabrication facilities and our assembly and test operations, and by employing statistical techniques (statistical process control, designed experiments and wafer level monitoring), we have been able to achieve and maintain high production yields. Direct control over manufacturing resources allows us to shorten our design and production cycles. This control also allows us to capture the wafer manufacturing and a portion of the assembly and testing profit margin.

Our manufacturing facilities are located in:

• Tempe, Arizona (Fab 2)
• Chandler, Arizona (probe operations)
• Gresham, Oregon (Fab 4)
• Bangkok, Thailand (assembly, probe and test)
.
.
.

We perform product assembly and testing at our facilities located near Bangkok, Thailand. As of March 31, 2010, approximately 65% of our assembly requirements were being performed in our Thailand facility. As of March 31, 2010, our Thailand facility was testing substantially all of our wafer production. We use third-party assembly and test contractors in several Asian countries for the balance of our assembly and test requirements.

Great play if you had a 1/2 mil or so invested.

WOW !!! You been here all this time ? No wonder we haven't seen you much.

It hasn't been bad so far, for a longer term pick.....

yes, sometimes, but I'm familiar with this Co's products.....

PS: I am not long, short, or anything.....just thought this would be a good new board for I-hub.....

You do know everything Cramer barks about goes down. lol

MCHP trading stats:

http://www.profitspi.com/stock/view.aspx?v=price-and-chart&p=15944&i=MCHP&pv=recent-symbols&pp=MCHP

Welcome to the new MCHP board. I will be working on the I-box, but it will be minimal for now, as DD on this Co is easy to find.