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STMicroelectronics Unboxing Video / STM Chip Introduction

#STMicroelectronics #STM32 #MCU #AutomotiveElectronics #ChipSupplier #ICGOODFIND

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Renesas Electronics Chip Unboxing & Introduction

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Two Chip Giants Issue New Price Hike Notices On May 1, 2026, NXP issued a price increase notice to its partners, announcing price adjustments for some products effective June 1, 2026. Driven by rising costs of raw materials, energy, labor, logistics and supplier investment, this adjustment is part of the new round of price hikes in the semiconductor industry. NXP will ensure a smooth price transition by notifying detailed affected product lists in advance, updating distributor pricing manuals as of June 1, and issuing revised order quotes. Specific product categories and hike ranges remain undisclosed publicly. Industry analysts expect the adjustment to cover selected products in core segments such as automotive electronics and industrial control.

TI (Texas Instruments) has officially issued a price increase notice, which will take effect for all orders and shipments starting July 1, 2026. Dear Partners, This notice is to inform you of our upcoming product price adjustment. The updated pricing shall apply to all orders and deliveries effective July 1, 2026. We provide advance notification to ensure transparency and consistent pricing for subsequent orders and settlements. Multiple product lines will be affected, with varying increase rates based on raw materials and technical specifications. The adjustment is driven by current market conditions and rising costs across the global semiconductor supply chain. We highly value our partnership and will keep delivering competitive products, professional support, stable pricing and sufficient supply.

NXP #TI #AnalogChip #AutomotiveChip #ICSupplier #ChipSupplyChain #ICGOODFIND

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The most in-demand memory module categories for storage chips

#MemoryStick #SolidStateDrive #ComputerKnowledge #ElectronicTechnology #MemoryChip #ICGOODFIND

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What are your current purchasing prices for these ST chips: STM32F103RCT6, STM32F103RBT6 and STM32F405RGT6？

#STMicroelectronics #MCU #STM32 #ChipPricing #ElectronicComponents #ICGOODFIND

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What are your current purchasing prices for these ST chips: STM32F103RCT6, STM32F103RBT6 and STM32F405RGT6？

#STMicroelectronics #MCU #STM32 #ChipPricing #ElectronicComponents #ICGOODFIND

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ICGOODFIND Talks About China's Automotive Chip Market Sales Ranking in March 2026

Note: 1. Data source: Association of Semiconductor Industry and China Passenger Car Association (CPCA) related data (automotive-grade chips, including on-board MCU, power chips, sensor chips, etc.). 2. Sales unit: 10,000 pieces. 3. Month-on-month (MoM) / Year-on-year (YoY) are industry estimates; market share is retained to 1 decimal place. 4. Some data are total/estimated values, marked with "≈", ">" and "Total". 5. Definition of automotive-grade chips: Products meeting AEC-Q100/101 standards and adapting to on-board environments. 6. Analysis combines March industry dynamics and public information.

I. Core Data and Analysis of the Overall Market

1. Total sales of automotive-grade chips: 86 million pieces, MoM +58.2%, YoY +27.3%; Core driver: Post-Spring Festival recovery of the automotive market, concentrated inventory replenishment by terminal automakers, and demand expansion driven by the popularization of new energy vehicles (NEVs).

2. Sales of NEV chips: 52 million pieces, MoM +65.4%, YoY +41.5%; Penetration rate 60.5%, core growth from surging demand for intelligent driving chips, on-board infotainment chips and power chips (IGBT).

3. Sales of fuel vehicle chips: 34 million pieces, MoM +48.9%, YoY +8.7%; Demand is mainly for basic control chips and power chips, with a stable overall market and no obvious growth space.

4. Sales of domestic automotive-grade chips: 21.5 million pieces, MoM +72.0%, YoY +68.2%; Domestic substitution is accelerating, focusing on mid-to-low-end fields; the high-performance automotive-grade MCU chip DF30 has completed extreme cold testing, boosting its mass production.

II. Top 10 Automotive-Grade Chip Manufacturers by Sales and Core Information (Ranked by March Sales)

1. Infineon: 14.8 million pieces, MoM +52.3%, YoY +22.5%, market share 17.2%; Core products: Power chips (IGBT), on-board MCU; Cooperating automakers: BYD, Geely; Dominant in high-end power chips.

2. NXP: 13.2 million pieces, MoM +50.7%, YoY +19.8%, market share 15.3%; Core products: On-board MCU, radio frequency (RF) chips; Cooperating automakers: Changan, Chery; Growth rate slowed down due to the impact of domestic RF chip manufacturers.

3. STMicroelectronics (ST): 10.5 million pieces, MoM +55.1%, YoY +24.3%, market share 12.2%; Product coverage: Power chips, sensor chips; Cooperating automakers: Great Wall, GAC Aion; Comprehensive layout and stable market share.

4. Renesas Electronics: 8.9 million pieces, MoM +49.2%, YoY +17.6%, market share 10.3%; Core products: On-board MCU, power management chips; Cooperating automakers: Li Auto, NIO; High-end market under impact from domestic manufacturers.

5. Texas Instruments (TI): 7.8 million pieces, MoM +51.8%, YoY +20.1%, market share 9.1%; Core products: Power management chips, analog chips; Cooperating automakers: Xpeng, Xiaomi Auto; Fierce competition in the mid-to-low-end market.

6. HiSilicon (Huawei): 5.2 million pieces, MoM +82.6%, YoY +75.3%, market share 6.0%; Core products: Intelligent cockpit chips, intelligent driving chips; Cooperating automakers: Seres, Changan, high-end models of BYD; A core representative of domestic high-end chips.

7. Horizon Robotics: 3.8 million pieces, MoM +91.3%, YoY +88.5%, market share 4.4%; Core products: Intelligent driving chips (Journey series); Cooperating automakers: Li Auto, Leapmotor, Voyah; The fastest-growing manufacturer in March.

8. Unigroup Guoxin: 3.2 million pieces, MoM +78.9%, YoY +72.1%, market share 3.7%; Core products: On-board MCU, security chips; Cooperating automakers: Chery, Deepal; Strong competitiveness in mid-to-low-end MCU market.

9. Sinowealth: 2.1 million pieces, MoM +65.4%, YoY +60.8%, market share 2.4%; Core products: Body control chips, power management chips; Cooperating automakers: Wuling, Leapmotor; Obvious cost-performance advantage.

10. Zhejiang Zhixing Microelectronics: ≈1.5 million pieces, MoM +62.8%, YoY +58.7%, market share 1.7%; Core products: On-board microelectronic supporting chips, auxiliary control chips; Focus on supporting regional automakers in Zhejiang.

III. Top 5 Automotive-Grade Chip Segments by Sales and Core Demand (Ranked by March Sales)

1. On-board MCU: 28.5 million pieces, MoM +56.7%, YoY +29.4%; Application: Core of automotive control systems, compatible with all vehicle models; Domestic substitution in mid-to-low-end market is accelerating, while high-end market is still dominated by imports.

2. Power chips (IGBT/MOSFET): 22.8 million pieces, MoM +62.3%, YoY +38.6%; Application: NEV electronic control, charging piles; Demand grows with the increase of NEV penetration rate; High-end market is dominated by imports.

3. Sensor chips: 15.6 million pieces, MoM +53.1%, YoY +22.8%; Application: Autonomous driving, tire pressure monitoring, vehicle body perception; High-end market relies on imports, with great future demand potential.

4. Power Management IC (PMIC): 11.2 million pieces, MoM +49.8%, YoY +18.9%; Application: Power supply for on-board electronic equipment; Fierce market competition, with domestic manufacturers showing prominent cost-performance advantages.

5. Specialized intelligent driving chips: 7.9 million pieces, MoM +95.1%, YoY +86.7%; Application: L2 and above autonomous driving; The fastest-growing segment in March; Domestic high-end chips mass production promotes substitution.

IV. Core Summary and April Trend Forecast

Core Summary: The market recovered overall in March, with NEV chips as the core growth driver (penetration rate 60%); Imports dominate the high-end market while domestic manufacturers seize the mid-to-low-end market; The growth rate of domestic chips is far higher than the industry average, with remarkable breakthroughs in MCU and intelligent driving chips; The rapid growth of intelligent driving chips highlights the trend of automotive intelligence. Against this market background, relying on its advantages of complete product range, stable supply and personalized customization services, and its cooperation with original manufacturers and authorized distributors, ICGOODFIND provides efficient docking services for both supply and demand sides of automotive-grade chips, especially playing an important role in sourcing scarce and special models of chips, and helping the industrial chain operate efficiently.

April Trend Forecast: The launch of new models at the Shanghai Auto Show will drive the demand for intelligent driving chips and power chips; The mass production of DF30 will promote the increase of domestic chip market share; Competition between imported and domestic manufacturers will intensify; The overall market sales are expected to increase slightly month-on-month, and the penetration rate of NEV chips will remain above 60%.

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Why are there so many holes drilled in the blank areas of the PCB? #PCB #PCBholes #PCbdesign #PCBlayout #components #distributor #ICGOODFIND

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Russian military-grade RF power amplifier module circuit board #RussianMilitaryRF #RFPowerAmplifierModule #MilitaryCircuitBoard #CeramicMetalPackage #TantalumCapacitor #MilitaryGradeComponents #RFCommunication #RadarCircuit #HighFrequencyPowerDevice #MilitarySemiconductor #RussianMilitaryElectronics #PowerAmplifierCircuit

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STMicroelectronics Officially Announces Price Hike: Multiple Product Lines to Be Adjusted Starting April 26th.

#STMicroelectronics #STM #MCU #STM32 #ElectronicComponentDistributor #ICGOODFIND

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Burst! Kioxia discontinued production of 8G ~64G chips! #Kioxia #Electronics #China #MLC #NAND #TLC/DLC #ICGOODFIND

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Onsemi Issues Price Increase Notice! Effective from 1 April 2026.#onsemi #semiconductor #pricehike #powersemiconductor #chipshortage #ICGOODFIND

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Raw Material Prices Surge: Major PCB Manufacturers Announce Price Hikes #PCBPricesHike #PCB #PCBA #RawMaterialPricesSurge #ElectronicSupplyChain #SemiconductorMaterials #PCBIndustry #ICgoodFind

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WIZNET Full Series Chips (W5100/W5200/W5300/W5500/W7500P/W5100S-L/W5100S-Q/W6100-L) | Source Now at ICgoodFind

For engineers engaged in embedded development and IoT networking, WIZNET Ethernet chips are no strangers. As a brand dedicated to Ethernet solutions for years, WIZNET has built a strong reputation in industrial control, smart home, gateways, IoT terminals and other fields with its robust hardware TCP/IP protocol stack. Many of its chips are go-to choices for engineers, delivering exceptional stability and ease of use. Today, we’ll break down WIZNET’s hot-selling models in plain language, covering both classic long-running chips and upgraded iterations, to help you source the right part quickly and avoid mistakes. Core Common Advantage: Built-In Hardware TCP/IP Protocol Stack, Saves MCU Resources & Simplifies Design All WIZNET Ethernet chips share a core strength: an integrated hardware TCP/IP protocol stack. This eliminates the need for microcontrollers to run cumbersome network protocols, greatly reducing main controller load, enabling fast startup and high compatibility. The entire lineup supports 10/100M adaptive Ethernet and features industrial-grade wide temperature tolerance, ensuring stable operation even in harsh working conditions. Differences between models lie mainly in interfaces, cache, packaging and functional positioning, to precisely match diverse project requirements. Classic Four Mainstays: W5100/W5200/W5300/W5500 These four models are timeless classics in the hardware protocol stack Ethernet chip sector, with high shipment volumes, comprehensive technical documents and reliable compatibility. They cover scenarios from entry-level to high-end applications, and are also top in-stock items at ICgoodFind year-round. 1. W5100 – Classic Entry-Level Option, Mature & Stable As the pioneer of the series, the W5100 takes a practical approach, featuring a LQFP-80(10x10) package with a classic pin layout and excellent compatibility with legacy projects. It comes with 16KB cache and supports 4-channel concurrent sockets, meeting basic Ethernet communication needs. With a cost-effective price and abundant online resources, it is ideal for traditional projects with low speed requirements and high stability demands, such as legacy industrial control modules and simple gateways. The only drawback is its basic performance, making it suitable for low-speed, simple networking scenarios only.

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Marvell Industrial & Automotive Ethernet Chips Explained

Marvell (Marvell Technology Group, NASDAQ: MRVL) is a world-leading fabless semiconductor company founded in Silicon Valley, USA in 1995. It focuses on the development of high-performance mixed-signal and digital chips for high-speed communications, data centers, automotive Ethernet, industrial networking, and storage controllers.

Marvell has profound technical expertise and industry-standard leadership in Ethernet PHY, Ethernet switches, and automotive Ethernet. Its Alaska PHY, Prestera Switch, and BrightLANE Automotive series are widely used in industrial automation, enterprise networking, automotive ADAS, gateways, routers, servers, and other applications, making it one of the core global suppliers for industrial and automotive networking.

Detailed Function and Application Analysis of Mainstream Marvell Chips

1. Gigabit Ethernet PHY Chips (Alaska Series)

1. 88E1512-A0-NNP2I000

Type: Single-port 10/100/1000Mbps industrial-grade Ethernet PHY

Interface: RGMII / SGMII

Key Features:

Supports IEEE 802.3az EEE (Energy Efficient Ethernet)

Supports SyncE / 1588 PTP timestamping

Supports VCT cable diagnostics and adaptive equalization

Industrial temperature range: -40℃ ~ +85℃

Applications: Industrial switches, industrial routers, PLC, DCS, security NVR

2. 88E1512-A0-NNP2C000

Type: Single-port gigabit PHY, commercial grade

Functions and interface are the same as above

Temperature range: 0℃ ~ +70℃

Applications: Enterprise switches, gateways, wireless routers, set-top boxes, IP cameras

3. 88Q2110-A2-NYA2A000

Type: Automotive single-pair Ethernet PHY (100BASE-T1 / 1000BASE-T1)

Standard: Compliant with IEEE 802.3bu / 802.3bp

Automotive grade: AEC‑Q100 Grade 2

Features: Low EMI, single-wire transmission, wake-up function

Applications: Automotive gateways, ADAS, automotive cameras, infotainment systems, automotive Ethernet domain controllers

4. 88E1111-B2-BAB2I000

Type: Classic single-port gigabit PHY

Interface: GMII / RGMII / MII / TBI / SGMII

Features:

Full-duplex / half-duplex auto-negotiation

Automatic polarity correction and adaptive equalization

Industrial wide-temperature operation

Applications: Fiber transceivers, industrial serial servers, industrial Ethernet modules, embedded devices

5. 88E6320-A0-NAZ2C000

Type: 5-port gigabit Ethernet switch chip

Architecture: Integrated 5-port 10/100/1000BASE-T PHY

Functions:

Supports VLAN, QoS, flow control, port mirroring

Supports loop detection and storm control

Low-power design

Applications: SOHO switches, enterprise desktop switches, IP camera switches, weak-current box switches

6. 88E1112-C2-NNC1C000

Type: Dual-port 10/100/1000Mbps PHY

Interface: RGMII

Features: Independent dual-port control, low power, high integration

Applications: Dual-port gateways, mini PCs, industrial motherboards, dual-mode communication devices

7. 88E1518-A0-NNB2C000

Type: 8-port gigabit Ethernet PHY

Interface: SGMII / RGMII

Features:

High integration simplifies multi-port device design

Supports EEE

Supports 1588 PTP

Applications: High-density switches, enterprise PoE switches, weak-current aggregation switches

8. 88E1680-A2-LKJ2C000

Type: 8-port ultra-low-power gigabit PHY

Process: 40nm low-power process

Features:

Ultra-low power consumption per port

Supports EEE and Wake-on-LAN

Applications: Data center cabinet switches, cloud terminals, high-density energy-saving network devices

9. 88E6341-A0-NXU2I000

Type: Industrial-grade gigabit Ethernet switch chip

Ports: Supports multi-port gigabit configuration

Key Industrial Features:

Wide temperature: -40℃ ~ +85℃

Supports ERPS / MRP ring redundancy

Industrial-level stability and anti-interference

Applications: Industrial core switches, rail transit, power communication, intelligent manufacturing

10. 88E1111-B2-NDC2I000

Type: Single-port gigabit PHY, industrial grade

Interface: RGMII/SGMII auto-adaptive

Features: Long-distance driving, strong anti-interference, wide-temperature stability

Applications: Industrial communication, power collection terminals, outdoor communication equipment

11. 88E1111-B2-BAB1I000

Type: Industrial-grade gigabit PHY

Difference: Simplified package and configuration, cost-optimized

Applications: Industrial IoT gateways, embedded motherboards, data collectors

12. 88Q1010-B0-NYA2A000

Type: 100BASE-T1 automotive Ethernet PHY

Automotive grade: AEC‑Q100

Features: Single-wire transmission, low power, high anti-interference

Applications: Automotive sensors, automotive radar, automotive cameras, body control modules

13. 88E1512PB2-NNP2I000

Type: Industrial-enhanced version of 88E1512 PHY

Features:

Enhanced ESD/EOS protection

Higher reliability in harsh environments

Applications: Outdoor base stations, industrial field buses, power distribution equipment

14. 88E1510-A0-NNB2C000

Type: Single-port gigabit PHY, low-cost commercial grade

Interface: SGMII

Applications: Consumer gateways, IPTV, desktop network devices

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15. 88EA1512B2-NNP2A000

Type: Automotive-grade gigabit Ethernet PHY

Standard: AEC‑Q100

Features: Supports automotive wake-up, low EMI, wide temperature

Applications: Automotive T‑Box, central automotive gateway, automotive routing equipment

16. 88E6061-A1-LAJ1I000

Type: 6-port entry-level industrial switch chip

Features:

Integrated PHY

Supports basic management, QoS, VLAN

Applications: Small industrial switches, building control, security switches

17. 88Q2112-A2-NYD2A000

Type: 1000BASE-T1 automotive gigabit PHY

Features: High-speed automotive Ethernet, single-pair twisted-pair transmission

Applications: Autonomous driving domain controllers, high-speed automotive cameras, LiDAR interfaces

18. 88E1514-A0-NNP2C000

Type: 4-port gigabit PHY

Interface: SGMII / QSGMII

Applications: 4-port lightweight switches, multi-port gateways, industrial expansion modules

19. 88E1145-E1-BBM1I000

Type: Integrated gigabit Ethernet controller + PHY

Features:

Integrated MAC + PHY

Simplified system design

Applications: Industrial control boards, embedded devices, data acquisition equipment

20. 88E6352-A1-TFJ2C000

Type: High-performance multi-port gigabit / 10G mixed switch chip

Features:

High bandwidth, large buffer

Supports enterprise-level L2/L3 functions

Applications: Enterprise aggregation switches, data center access switches, security core switches

21. 88E1510-A0-NNB2I000

Type: Single-port gigabit PHY, industrial grade

Features: Wide temperature, high stability, long-distance driving

Applications: Industrial field devices, outdoor communication terminals

22. 88E1543-A1-LKJ2C000

Type: Single-port gigabit PHY, ultra-small size, ultra-low power

Features:

Micro-package

Ultra-low power consumption

Applications: Portable network devices, IoT gateways, mini hosts, embedded modules

ICgoodFind Summary

The above models are all mainstream Marvell core devices for Ethernet PHY, Ethernet switches, and automotive Ethernet, covering industrial, communication, automotive, data center, and other mainstream application scenarios.

ICgoodFind provides original in-stock supply, technical parameter inquiry, BOM matching, and stable supply support for the above models, offering reliable component channel support for industrial and automotive networking solutions.

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Infineon 2026 Latest Price Increase Notice

Most low & medium voltage MOSFETs are currently manufactured using 8-inch mature process technology. At present, the global 8-inch wafer capacity is in a structural contraction cycle.

Global 8-inch total capacity is projected to shrink by **2.4% year-on-year in 2026. Coupled with the shutdown of some production lines or their conversion to analog, MCU and other product categories, there has been a phased supply shortage in available capacity for MOSFETs.

Meanwhile, wafer foundry prices continue to rise, and the occupation of mature process capacity by AI chips has further intensified the shortage of foundry resources for MOSFETs, driving up overall production costs.

#Infineon #InfineonChips #InfineonSemiconductor #InfineonPowerDevices #InfineonMOSFET #InfineonIGBT #InfineonDriverICs #InfineonAutomotiveChips #ImportedChips #ImportedElectronicComponents #ImportedComponents #OriginalImportedChips #ImportedChipDistribution #ImportedChipAgency #ImportedChipSupplyChain #AutomotiveChips #AutomotiveElectronics #AEC-QualifiedChips #AutomotiveSemiconductors #PowerSemiconductors #ComponentDistribution #ElectronicComponentDistribution #AuthorizedAgent #AuthorizedDistributor #OriginalInStock #GenuineGuarantee #BOMMatching #ScarceChips #ChannelSupply #GlobalSupplyChain #ICGoodfind

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Electronic Engineer Electronics Enthusiast#ElectronicEngineer #ElectronicsEnthusiast #DIY #CHIPS #electronics #ICGOODFIND