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2025-04-04-rising

  • 精選方式: RISING

討論重點

以下是25篇文章的核心討論重點條列式總結,並附上對應的文章錨點連結與逐條細節:


1. 關稅政策對半導體產業的影響 #1

  1. 供應鏈衝擊
    • 海外組裝的半導體產品因關稅成本上升,影響供應鏈效率。
  2. 本土製造挑戰
    • 美國封裝、測試企業因成本壓力面臨競爭劣勢。
  3. 報復性關稅風險
    • 德州儀器等出口業務可能受他國對等關稅影響。
  4. 實際案例
    • 關稅導致零件扣留,直接干擾企業運作。

2. 半導體關稅的暫時豁免 #2

  1. 礦業主導權
    • 美、澳、中等國企業主導銅礦產業,關稅衝擊跨國公司。
  2. 無關內容
    • 「SPARTAAAAAAAAAA」為情緒表達,無實質分析價值。

3. 鈣鈦礦LED的技術挑戰 #3

  1. 穩定性不足
    • 高亮度但性能不穩定。
  2. EQE效率低落
    • 光電轉換效率未達理想。
  3. 公開求助
    • 尋求技術支援以突破瓶頸。

4. 晶圓廠與設備商差異 #4

  1. 角色對比
    • 晶圓廠(台積電)專注製造,設備商(ASML)提供工具。
  2. 職場文化
    • 技術範疇、工作壓力與產業鏈位置差異。

5. 電源供應器歸屬排除 #5

  1. 劃清界限
    • 明確某內容與AMAT(應用材料)無關。

6. 台積電高壓文化批判 #6

  1. 血汗工廠指控
    • 無週末、熬夜加班,高壓時效要求。
  2. 職涯壟斷憂慮
    • 工程師恐因市場壟斷喪失薪資議價權。
  3. 東亞文化反思
    • 批判割喉式競爭僅利資本方。

7. 三星半導體實習擔憂 #7

  1. 負評關注
    • 缺乏具體細節的負面評價引發憂慮。
  2. 資訊需求
    • 尋求Reddit用戶分享實際經驗。

8. 聯電新加坡擴廠 #8

  1. 投資規模
    • 50億美元設廠,創造700職缺。
  2. 產業影響
    • 強化東南亞半導體供應鏈。

9. GDC 2025技術展示 #9

  • 需補充內容:影片主題未提供,建議參考標題與觀眾互動。

10. 美國晶片供應鏈法案 #10

  1. 政策目標
    • 確保半導體供應鏈安全,減少對外依賴。
  2. 爭議點
    • 資金分配與本土企業優先條款。

11. 俄羅斯光刻技術落後 #11

  1. 技術落差
    • 40nm製程相當於2007年水平。
  2. 地緣限制
    • 西方禁運阻礙EUV設備取得。
  3. 軍事導向
    • 聚焦基礎需求(如飛彈晶片)。

12. 半導體產業動盪 #12

  1. AI內容爭議
    • 未審查生成內容含錯誤(如虛構CEO姓名)。
  2. 版規呼籲
    • 建議封禁未驗證AI發文者。

13. 半導體工程師轉職困境 #13

  1. 職業倦怠
    • 產線高壓與安全壓力導致精神耗竭。
  2. 薪資顧慮
    • 轉職恐面臨大幅降薪。

14. 應用材料實習面試等待 #14

  • 核心問題:軟體工程實習面

文章核心重點

以下是各篇文章的一句話摘要(條列式輸出):

  1. The Impact of Trump's "Liberation Day" Tariffs on the Semiconductor Industry
    美國「解放日」關稅可能增加半導體供應鏈成本,衝擊海外組裝產品與本土製造業競爭力。

  2. For now, Trump's reciprocal tariffs appear to exclude semiconductors, copper and certain minerals
    美國互惠關稅暫未涵蓋半導體與礦產,但跨國礦業公司仍受政策不確定性影響。

  3. Why the brightness of PELED doesn't mean the film has a good quality EQE
    鈣鈦礦LED的高亮度不等於高外部量子效率(EQE),需解決穩定性與光電轉換效率問題。

  4. General differences between Fab and Tool manufacturers work?
    晶圓廠(如台積電)與設備商(如ASML)在產業角色、技術範疇及工作文化上存在顯著差異。

  5. Anyone know what this Power supply is to? AMAT? AE?
    釐清某電源設備是否與應用材料(AMAT)相關,強調排除特定關聯性。

  6. Rant: TSMC is just sweat shop.
    批判台積電高壓職場文化如同血汗工廠,犧牲員工權益以滿足資本需求。

  7. Thoughts on interning/working at Samsung Semiconductor?
    實習生擔憂半導體業負評,尋求三星工作環境的實際經驗分享。

  8. Taiwan chipmaker UMC launches US$5 billion wafer fab facility in Singapore; 700 jobs to be created
    聯電投資50億美元在新加坡建晶圓廠,預計創造700個工作機會。

  9. Bolt GDC 2025 Live Demos
    (無法摘要,需影片內容或描述進一步分析。)

  10. HR 2480 - Securing Semiconductor Supply Chains Act of 2025
    美國《2025年半導體供應鏈安全法案》旨在強化本土半導體自主性與供應鏈韌性。

  11. Chip production: Russia builds its first own lithography systems
    俄羅斯光刻技術落後國際數十年,僅能滿足軍事基礎需求,發展受地緣封鎖限制。

  12. Semiconductor Shake-Up: Merger Talks, Intel's Pivot, and CHIPS Act Uncertainty
    半導體產業動盪:併購談判、英特爾轉型與《晶片法案》資金不確定性重塑競爭格局。

  13. How to move out of the industry?
    半導體設備工程師因職業倦怠尋求轉職建議,顧慮薪資落差與職涯選擇。

  14. Internship at applied materials
    求職者分享應用材料實習面試經驗,焦慮等待結果並徵求同儕回饋。

  15. Internship offers??
    VLSI領域學生詢問半導體業實習機會現況,探討職缺可行性。

  16. GlobalFoundries, Taiwanese chipmaker UMC consider merger, sources say
    格芯與聯電傳考慮合併,可能改寫全球晶圓代工產業競爭版圖。

  17. SiCarrier President full speech at SEMICON China
    SiCarrier總裁於SEMICON China演講,探討半導體技術趨勢與公司戰略。

  18. Daily: US-China tech war spirals; Trump cuts BIS funding; Interview w Gelsinger
    美中科技戰升級,特朗普削減商務部資金,專訪英特爾CEO反映產業動盪。

  19. Will TSMC be only with "2nm" class process node?
    台積電可能成全球唯一提供2奈米以下製程的晶圓廠,三星與英特爾進度落後。

  20. Applied Materials Project Manager Interview
    求職者徵求應用材料專案經理職位面試準備建議,聚焦製造業務部門。

  21. Struggling to Land My First Job in the Semiconductor Industry Need Advice & Resume Review
    半導體設備博士求職四個月未果,尋求履歷優化與產業求職策略。

  22. Is VLSI engineering work monotonous?
    探討VLSI工程師工作中創造性與重複性任務的比例,評估職涯適配性。

  23. Semiconductors
    比較台灣與新加坡大學電機工程學士學位,分析課程、資源與就業前景差異。

  24. **ECE Masters of Science student with

目錄

  • [1. The Impact of Trump's "Liberation Day" Tariffs on the Semiconductor Industry](#1-``` the-impact-of-trump-s-liberation-day-tariffs)
  • [2. For now, Trump's reciprocal tariffs appear to exclude semiconductors, copper and certain minerals](#2-``` for-now-trump-s-reciprocal-tariffs-appear-to)
  • [3. Why the brightness of PELED doesn't mean the film has a good quality EQE](#3-``` why-the-brightness-of-peled-doesn-t-mean-the)
  • [4. General differences between Fab and Tool manufacturers work?](#4-``` general-differences-between-fab-and-tool-man)
  • [5. Anyone know what this Power supply is to? AMAT? AE?](#5-``` anyone-know-what-this-power-supply-is-to-ama)
  • [6. Rant: TSMC is just sweat shop.](#6-``` rant-tsmc-is-just-sweat-shop-
- [7. ```
Though``` on interning/working at Samsung Semiconductor?
```](#7-```
though```-on-interning-working-at-samsung-se)
- [8. ```
Taiwan chipmaker UMC launches US$5 billion wafer fab facility in Singapore; 700 jobs to be created
```](#8-```
taiwan-chipmaker-umc-launches-us-5-billion-w)
- [9. ```
Bolt GDC 2025 Live Demos
```](#9-```
bolt-gdc-2025-live-demos
```)
- [10. ```
HR 2480 - Securing Semiconductor Supply Chains Act of 2025
```](#10-```
hr-2480-securing-semiconductor-supply-chain)
- [11. ```
Chip production: Russia builds i``` first own lithography systems
```](#11-```
chip-production-russia-builds-i```-first-ow)
- [12. ```
Semiconductor Shake-Up: Merger Talks, Intel's Pivot, and CHIPS Act Uncertainty
```](#12-```
semiconductor-shake-up-merger-talks-intel-s)
- [13. ```
How to move out of the industry?
```](#13-```
how-to-move-out-of-the-industry-
```)
- [14. ```
Internship at applied materials
```](#14-```
internship-at-applied-materials
```)
- [15. ```
Internship offers??
```](#15-```
internship-offers-
```)
- [16. ```
GlobalFoundries, Taiwanese chipmaker UMC consider merger, sources say
```](#16-```
globalfoundries-taiwanese-chipmaker-umc-con)
- [17. ```
SiCarrier President full speech at SEMICON China
```](#17-```
sicarrier-president-full-speech-at-semicon-)
- [18. ```
Daily: US-China tech war spirals; Trump cu``` BIS funding; Interview w Gelsinger
```](#18-```
daily-us-china-tech-war-spirals;-trump-cu``)
- [19. ```
Will TSMC be only with "2nm" class process node?
```](#19-```
will-tsmc-be-only-with-2nm-class-process-no)
- [20. ```
Applied Materials Project Manager Interview
```](#20-```
applied-materials-project-manager-interview)
- [21. ```
Struggling to Land My First Job in the Semiconductor Industry Need Advice & Resume Review
```](#21-```
struggling-to-land-my-first-job-in-the-semi)
- [22. ```
Is VLSI engineering work monotonous?
```](#22-```
is-vlsi-engineering-work-monotonous-
```)
- [23. ```
Semiconductors
```](#23-```
semiconductors
```)
- [24. ```
ECE Masters of Science student with a focus on on Analog IC Design/Mixed-Signal Design trying decide final class to take before graduation asking for advice as to what to take since there are four classes that I am trying to decide between.
```](#24-```
ece-masters-of-science-student-with-a-focus)
- [25. ```
The CHIPS Act already pu``` America first. Scrapping it would poison the well for US investment
```](#25-```
the-chips-act-already-pu```-america-first-s)

---

## 1. ```
The Impact of Trump's "Liberation Day" Tariffs on the Semiconductor Industry
``` {#1-```
the-impact-of-trump-s-liberation-day-tariffs}

這篇文章的核心討論主題是 **「關稅政策對半導體產業及相關供應鏈的潛在影響」**,具體可總結為以下幾點:

1. **關稅對半導體供應鏈的衝擊**
- 美國企業採購的半導體多數在海外組裝成最終產品後才進入美國,關稅可能增加此類產品的成本,影響供應鏈效率。

2. **對美國本土製造業的挑戰**
- 在美國從事封裝、測試、電子產品製造或數據中心建設的企業,可能因關稅導致成本上升而面臨競爭壓力。

3. **關稅報復的潛在風險**
- 若其他國家實施對等關稅,擁有美國製造基地的半導體公司(如德州儀器TI)的出口業務可能受到負面影響。

4. **實際案例佐證**
- 文中提及作者親歷的關稅阻礙案例(海外零件因關稅被海關扣留),凸顯政策已對企業運作造成即時干擾。

整體而言,文章聚焦於關稅政策如何重塑半導體產業的全球分工與成本結構,並探討其對不同環節企業的利弊影響。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jqdzyp/the_impact_of_trumps_liberation_day_tariffs_on/](https://reddit.com/r/Semiconductors/comments/1jqdzyp/the_impact_of_trumps_liberation_day_tariffs_on/)
- **外部連結**: [https://anysilicon.com/the-impact-of-trumps-liberation-day-tariffs-on-the-semiconductor-industry/](https://anysilicon.com/the-impact-of-trumps-liberation-day-tariffs-on-the-semiconductor-industry/)
- **發布時間**: 2025-04-03 17:32:11

### 內容

It will be interesting to see what the tariffs really mean for the semiconductors. Most of the semiconductors purchased by the US companies dont go to US until they are a part of a final product shipped to the US.

This will be an issue for the companies doing packaging/ assembly/testing and electronic product manufacturing in the US. Or, building e.g. datacenters in the US.

On the other hand, if the other countries reciprocate, semiconductor companies with US manufacturing base (e.g. TI) would see their product expor``` impacted by tariffs.

Ive already seen it. Have par``` on order shipping from our offices over seas. Got stopped at customs due to tariffs.


---

## 2. ```
For now, Trump's reciprocal tariffs appear to exclude semiconductors, copper and certain minerals
``` {#2-```
for-now-trump-s-reciprocal-tariffs-appear-to}

這篇文章的核心討論主題可以總結為以下兩點:

1. **國際貿易與關稅影響**:
主要討論某些國家(如美國、澳洲、瑞士和中國)的公司如何主導了作者所在國的銅礦產業,以及近期關稅政策對這些外國企業的衝擊,並對未來局勢表示不確定性。

2. **無關的插句(可能為情緒表達或離題內容)**:
第二段「AAAAAAAAAH SPARTAAAAAAAAAA」與核心主題無直接關聯,可能是情緒發洩、文化引用(如電影《300壯士》)或誤植內容,需忽略或視為干擾訊息。

**重點結論**:文章實質內容聚焦於關稅對跨國礦業公司的影響,其餘部分無分析價值。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jq1bm6/for_now_trumps_reciprocal_tariffs_appear_to/](https://reddit.com/r/Semiconductors/comments/1jq1bm6/for_now_trumps_reciprocal_tariffs_appear_to/)
- **外部連結**: [https://www.whitehouse.gov/fact-sheets/2025/04/fact-sheet-president-donald-j-trump-declares-national-emergency-to-increase-our-competitive-edge-protect-our-sovereignty-and-strengthen-our-national-and-economic-security/](https://www.whitehouse.gov/fact-sheets/2025/04/fact-sheet-president-donald-j-trump-declares-national-emergency-to-increase-our-competitive-edge-protect-our-sovereignty-and-strengthen-our-national-and-economic-security/)
- **發布時間**: 2025-04-03 06:06:37

### 內容

I spotted this too, my countrys main is copper and its dominated by American, Australia,Swiss and Chinese companies. The Australian, Swiss and Chinese were hit by these tariffs so not sure what happens next.

AAAAAAAAAH SPARTAAAAAAAAAA


---

## 3. ```
Why the brightness of PELED doesn't mean the film has a good quality EQE
``` {#3-```
why-the-brightness-of-peled-doesn-t-mean-the}

這篇文章的核心討論主題是:**如何改善綠色鈣鈦礦LED(Perovskite LED)的穩定性和外部量子效率(EQE),同時解決高亮度但低品質的問題**。

作者面臨的主要挑戰是:
1. **穩定性不足**:雖然LED能達到高亮度,但性能不穩定。
2. **外部量子效率(EQE)不佳**:這是衡量LED光電轉換效率的關鍵指標,但當前結果不理想。
3. **尋求解決方案**:作者公開求助,希望獲得相關建議或技術支援以突破困境。

簡而言之,重點在於「提升綠色鈣鈦礦LED的穩定性和EQE,同時維持高亮度」。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jqd1zh/why_the_brightness_of_peled_doesnt_mean_the_film/](https://reddit.com/r/Semiconductors/comments/1jqd1zh/why_the_brightness_of_peled_doesnt_mean_the_film/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jqd1zh/why_the_brightness_of_peled_doesnt_mean_the_film/](https://www.reddit.com/r/Semiconductors/comments/1jqd1zh/why_the_brightness_of_peled_doesnt_mean_the_film/)
- **發布時間**: 2025-04-03 16:28:45

### 內容

I was trying to fabricate the green Perovskite led but I'm always getting good brightness without good stability or quality especially the EQE , if anyone could help me please I'm in a big problem because of that !

thanks


---

## 4. ```
General differences between Fab and Tool manufacturers work?
``` {#4-```
general-differences-between-fab-and-tool-man}

該文章的核心討論主題是比較「晶圓廠」(如台積電、三星)與「半導體設備製造商」(如ASML、應用材料)在工作性質、環境與文化上的普遍差異。具體聚焦於兩類企業在產業鏈中的角色差異(製造 vs. 設備供應),以及由此衍生的職位特性、技術範疇、工作壓力等面向的對比。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jq0kki/general_differences_between_fab_and_tool/](https://reddit.com/r/Semiconductors/comments/1jq0kki/general_differences_between_fab_and_tool/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jq0kki/general_differences_between_fab_and_tool/](https://www.reddit.com/r/Semiconductors/comments/1jq0kki/general_differences_between_fab_and_tool/)
- **發布時間**: 2025-04-03 05:35:45

### 內容

Hello. What are the general differences between working for a Fab company (TSMC, Samsung) vs a tool manufacturers company (ASML, Applied Materials)?


---

## 5. ```
Anyone know what this Power supply is to? AMAT? AE?
``` {#5-```
anyone-know-what-this-power-supply-is-to-ama}

該句的核心討論主題是「排除AMAT相關的部分」或「澄清某內容不屬於AMAT範疇」。句子簡潔地表明某項內容與AMAT(可能指特定領域、項目或術語的縮寫)無關,並提示讀者無需考慮此關聯。

若需更具體分析,可能需要更多上下文,但僅就提供的句子而言,重點在於「劃清界限」或「明確排除特定類別」。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jpyvjy/anyone_know_what_this_power_supply_is_to_amat_ae/](https://reddit.com/r/Semiconductors/comments/1jpyvjy/anyone_know_what_this_power_supply_is_to_amat_ae/)
- **外部連結**: [https://i.redd.it/3pdiqii0ehse1.jpeg](https://i.redd.it/3pdiqii0ehse1.jpeg)
- **發布時間**: 2025-04-03 04:26:06

### 內容

Not an AMAT part, so you can rule that out


---

## 6. ```
Rant: TSMC is just sweat shop.
``` {#6-```
rant-tsmc-is-just-sweat-shop-
```}

這篇文章的核心討論主題是:**作者對台積電(TSMC)高壓工作文化的強烈不滿與批判**,主要聚焦以下幾點:

1. **血汗工廠式的工作環境**:
作者將台積電在美國設廠的勞動條件比喻為「中國血汗工廠」,批評其極度高壓、缺乏休息(無週末、熬夜加班),且對時效的要求近乎不合理(「現在就要或昨天就該完成」)。

2. **對工程師職涯的負面影響**:
作者擔憂,若台積電壟斷市場後,工程師將失去選擇其他公司的機會,導致薪資被壓榨,最終只有股東獲利。

3. **對東亞職場文化的批判**:
文中直指這種「割喉式」(throat-cut)的競爭文化(如過度加班、犧牲員工權益)僅有利於資本方,而非整體產業或勞工。

4. **個人情緒宣洩**:
文章本質是作者在疲勞工作後的抱怨(rant),反映其對職場現狀的無力感與憤怒。

總結:這是一篇情緒化的職場批判文,核心在於揭露台積電高壓文化對員工的剝削,並延伸至對東亞職場惡性競爭的反思。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1joksa1/rant_tsmc_is_just_sweat_shop/](https://reddit.com/r/Semiconductors/comments/1joksa1/rant_tsmc_is_just_sweat_shop/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1joksa1/rant_tsmc_is_just_sweat_shop/](https://www.reddit.com/r/Semiconductors/comments/1joksa1/rant_tsmc_is_just_sweat_shop/)
- **發布時間**: 2025-04-01 10:12:40

### 內容

Got a really long day due to TSMC. Just a rant. It felt like TSMC to US fab is just like Chinese sweat shop to manufacturing in western countries. Jesus they work like there is no tomorrow. No weekend and no night, everything they want is either now or yesterday.

Fucking Christ don't they know if they beat all competitions, the engineers will be the next on chopping block? Like there will be no other companies to jump to. So TSMC can and will suppress the salary cost to the ti```!

This type of throat cut east asian culture make no winner, except the shareholders of TSMC.

Sorry just a rough day. Vent out.


---

## 7. ```
Though``` on interning/working at Samsung Semiconductor?
``` {#7-```
though```-on-interning-working-at-samsung-se}

這段文字的核心討論主題是:

**「實習生對半導體行業工作環境的擔憂與資訊需求」**

具體要點包括:
1. **對負面評論的關注**:作者注意到關於該公司(或行業)的負面評價,但缺乏具體細節。
2. **尋求更多資訊**:因即將開始實習,希望透過其他管道(如Reddit)進一步了解實際情況。
3. **行業動向的興趣**:除了工作環境,也表達對半導體產業整體動態的好奇心。

簡而言之,作者在權衡網路評價與自身實習經驗前,試圖獲得更全面的行業資訊以做好準備。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jp5l7v/thoughts_on_interningworking_at_samsung/](https://reddit.com/r/Semiconductors/comments/1jp5l7v/thoughts_on_interningworking_at_samsung/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jp5l7v/thoughts_on_interningworking_at_samsung/](https://www.reddit.com/r/Semiconductors/comments/1jp5l7v/thoughts_on_interningworking_at_samsung/)
- **發布時間**: 2025-04-02 04:14:02

### 內容

I saw a lot of negative commen about working here, but no specific details on other reddit pos. I will be interning here this summer, so I am curious and want to stay in the know with the semiconductor industry.


---

## 8. ```
Taiwan chipmaker UMC launches US$5 billion wafer fab facility in Singapore; 700 jobs to be created
``` {#8-```
taiwan-chipmaker-umc-launches-us-5-billion-w}

該句的核心討論主題是「關於GlobalFoundries收購案的最新消息或進展」。

具體而言,這句話可能在詢問以下幾點:
1. **收購案的當前狀態**(例如是否完成、談判進展或潛在買家)。
2. **相關官方聲明或傳言**(如企業、媒體或分析師的評論)。
3. **對產業的影響**(如半導體市場競爭或供應鏈變化)。

由於句子簡短且為疑問句,推測重點在於獲取「最新動態」或「權威回應」。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jou5zp/taiwan_chipmaker_umc_launches_us5_billion_wafer/](https://reddit.com/r/Semiconductors/comments/1jou5zp/taiwan_chipmaker_umc_launches_us5_billion_wafer/)
- **外部連結**: [https://anysilicon.com/taiwan-chipmaker-umc-launches-us5-billion-wafer-fab-facility-in-singapore-700-jobs-to-be-created/](https://anysilicon.com/taiwan-chipmaker-umc-launches-us5-billion-wafer-fab-facility-in-singapore-700-jobs-to-be-created/)
- **發布時間**: 2025-04-01 20:18:41

### 內容

Any word on the GlobalFoundries acquisition?


---

## 9. ```
Bolt GDC 2025 Live Demos
``` {#9-```
bolt-gdc-2025-live-demos
```}

由於我無法直接訪問 YouTube 影片內容,因此無法總結該影片的核心討論主題。不過,您可以根據以下步驟自行分析影片內容:

1. **影片標題與描述**:查看影片的標題和說明欄,通常會提供主要內容的概述。
2. **關鍵詞彙**:注意影片中反覆出現的詞彙或概念。
3. **結構分析**:觀察影片的段落結構,例如引言、主要論點和結論。
4. **評論與互動**:參考觀眾的留言和影片作者的互動,有時會反映核心主題。

如果您能提供影片的標題、描述或關鍵內容,我可以幫助您進一步總結核心討論主題。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jpi3vh/bolt_gdc_2025_live_demos/](https://reddit.com/r/Semiconductors/comments/1jpi3vh/bolt_gdc_2025_live_demos/)
- **外部連結**: [https://youtu.be/l9odU4OLJ1A?si=HXC78yZBe_-5WIhw](https://youtu.be/l9odU4OLJ1A?si=HXC78yZBe_-5WIhw)
- **發布時間**: 2025-04-02 14:28:29

### 內容

連結: [https://youtu.be/l9odU4OLJ1A?si=HXC78yZBe_-5WIhw](https://youtu.be/l9odU4OLJ1A?si=HXC78yZBe_-5WIhw)

---

## 10. ```
HR 2480 - Securing Semiconductor Supply Chains Act of 2025
``` {#10-```
hr-2480-securing-semiconductor-supply-chain}

由於我無法直接訪問外部連結(包括 opencongress.net),因此無法查看該文章的具體內容。不過,我可以提供一些一般性的建議來幫助你總結文章的核心討論主題:

1. **查看法案標題和摘要**:
通常,法案頁面會有一個標題和簡短摘要,直接說明其主要內容(例如「環境保護法修正案」或「醫療保險改革」等)。

2. **分析關鍵條款**:
核心主題可能圍繞法案的具體條款,例如:
- 針對某個社會問題(如氣候變遷、稅收改革)。
- 特定群體的權益(如勞工、少數族裔)。
- 政府政策調整(如預算分配、監管措施)。

3. **爭議點或支持/反對意見**:
如果頁面包含爭議性內容(如兩黨分歧、利益團體立場),核心主題可能是這些衝突點。

4. **法案進展狀態**:
有時討論主題可能與法案的立法進程相關(例如「為何卡在委員會階段」或「公眾倡議加速通過」)。

如果你能提供文章的具體內容或關鍵詞(例如法案名稱、提案者、主要條款),我可以進一步幫助你分析核心主題!

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jpc6si/hr_2480_securing_semiconductor_supply_chains_act/](https://reddit.com/r/Semiconductors/comments/1jpc6si/hr_2480_securing_semiconductor_supply_chains_act/)
- **外部連結**: [https://www.opencongress.net/bill-details/42658](https://www.opencongress.net/bill-details/42658)
- **發布時間**: 2025-04-02 09:04:01

### 內容

連結: [https://www.opencongress.net/bill-details/42658](https://www.opencongress.net/bill-details/42658)

---

## 11. ```
Chip production: Russia builds i``` first own lithography systems
``` {#11-```
chip-production-russia-builds-i```-first-ow}

這段對話的核心討論主題是 **俄羅斯在半導體技術(尤其是光刻技術)領域的發展現狀與挑戰**,具體聚焦以下幾點:

1. **技術落後性**:
- 俄羅斯的半導體製程技術(如40nm、90nm)遠落後於全球領先水平(如台積電、中國、美國的5nm以下先進製程),且缺乏關鍵設備(如ASML的EUV光刻機)。
- 對話提到俄羅斯的技術水平相當於「1995年」或「2007年」的標準,短期內難以追趕。

2. **與中國的對比**:
- 中國雖通過技術引進與投資(甚至被指控技術竊取)仍未能突破EUV門檻,而俄羅斯因長期缺乏外國技術合作,發展障礙更大。

3. **俄羅斯的局部進展**:
- 雖整體落後,但俄羅斯在特定領域(如固態EUV光源研發)有初步成果(如11.2nm波長、4%轉換效率),且部分機構曾與ASML有專利合作。
- 討論提到俄羅斯「並未以趕超為目標」,而是聚焦於滿足軍事等基礎需求(如飛彈使用的40nm晶片)。

4. **地緣政治與技術封鎖的影響**:
- 西方技術禁運(如ASML設備限制)被視為俄羅斯發展的主要障礙,凸顯半導體產業對全球供應鏈的依賴。

**總結**:對話圍繞俄羅斯在半導體產業中的劣勢地位,分析其技術瓶頸、地緣政治限制,以及有限的自主研發嘗試,同時對比中國的經驗以凸顯挑戰的嚴峻性。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jo9ntd/chip_production_russia_builds_its_first_own/](https://reddit.com/r/Semiconductors/comments/1jo9ntd/chip_production_russia_builds_its_first_own/)
- **外部連結**: [https://www.heise.de/en/news/Chip-production-Russia-builds-its-first-own-lithography-systems-10334572.html](https://www.heise.de/en/news/Chip-production-Russia-builds-its-first-own-lithography-systems-10334572.html)
- **發布時間**: 2025-04-01 02:02:46

### 內容

You can buy stuff on ebay that is better than that. LOL

Even China is stuck trying to squeeze 5nm chips out of DUV machines and they have had access to foreign technology up until recently. Russia has a long way to go without access to foreign technology like China had to try and catch up.

China, even with trillions in theft and billions in investment. Has yet to reach the EUV threshold. Russia has a long way to go.

Is it as good as ASML ?

Yes, this is 1995 level tech. But per the article, Russia uses 40 nm for their missiles (2007) and can already make 90 nm stuff.

So yeah, they are not catching up to Taiwan/China/US any time soon. But theyre not trying to.

Not great for modern standards but from what I checked it looks like theyre also trying to make an EUV litho like China. They made a solid state EUV source with 4% conversion efficiency at 11.2 nm, I think that paper also got an AIP rising star award iirc. Theyre still far behind though, especially with EUV mask making but the institute that made the EUV source have also made some paten``` for ASML before when relations were better.


---

## 12. ```
Semiconductor Shake-Up: Merger Talks, Intel's Pivot, and CHIPS Act Uncertainty
``` {#12-```
semiconductor-shake-up-merger-talks-intel-s}

這段討論的核心主題是 **「反對在論壇(subreddit)中發布未經審查的AI生成內容」**,並具體聚焦以下幾點:

1. **AI生成內容的準確性問題**:
討論者指出AI產生「幻覺」(hallucinating),導致內容包含事實錯誤(如虛構的Intel CEO姓名「Liwu Chen」),且發文者未審查輸出結果。

2. **違反版規的疑慮**:
認為此類行為可能違反該論壇的規則(against subreddit rules),尤其當內容未經人工驗證時。

3. **建議嚴格處置**:
提議自動封禁(auto-ban)發布AI生成內容的用戶,以維護論壇內容品質。

4. **後續修正與互動**:
原發文者後續編輯(edit)澄清錯誤資訊,顯示討論過程中的動態修正。

**總結**:討論主要批判「盲目依賴AI生成內容」的現象,並呼籲論壇採取措施確保資訊真實性與用戶責任。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jpi7eg/semiconductor_shakeup_merger_talks_intels_pivot/](https://reddit.com/r/Semiconductors/comments/1jpi7eg/semiconductor_shakeup_merger_talks_intels_pivot/)
- **外部連結**: [https://addxgo.io/community/9043520086383526193?s=reddit](https://addxgo.io/community/9043520086383526193?s=reddit)
- **發布時間**: 2025-04-02 14:35:52

### 內容

This AI written and I think against this subreddi``` rules.

Not only that, but the AI is hallucinating and therefore the "author" didnt even bother reading the LLM output for factually wrong statemen```:

>On Monday, Intels new CEO, Liwu Chen [...]

I think we should auto-ban people that post AI-written content to be honest

edit: The Liwu Chen part is not accurate - see my post later in this thread.


---

## 13. ```
How to move out of the industry?
``` {#13-```
how-to-move-out-of-the-industry-
```}

這篇文章的核心討論主題是:
**一名半導體設備工程師對職業倦怠與轉職可能性的探討**。

具體要點包括:
1. **職業現狀的挫折感**:雖獲得正面評價,但工作內容(如高壓的產線維護、安全隱患壓力)令人感到精神耗竭。
2. **轉職動機**:希望擺脫現有角色(如「fab monkey」的自我調侃),尋求更具發展性的職涯方向。
3. **轉職顧慮**:擔心離開半導體廠(fab)後可能面臨的薪資大幅下降,並徵求其他從業者的經驗建議。

整體聚焦於「高壓技術職涯的困境與轉型選擇」之討論。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1joooqe/how_to_move_out_of_the_industry/](https://reddit.com/r/Semiconductors/comments/1joooqe/how_to_move_out_of_the_industry/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1joooqe/how_to_move_out_of_the_industry/](https://www.reddit.com/r/Semiconductors/comments/1joooqe/how_to_move_out_of_the_industry/)
- **發布時間**: 2025-04-01 14:03:12

### 內容

I've been an equipment engineer in the industry for a bit and I think I do a decent job (decent to good reviews, good opinions from coworkers), but holy hell can it be a soul sucking job. I like working on machines but I'd also like not feeling like I'm shackled to being a fab monkey for the rest of my career, always worried about down time or safety issues. What are my options to branch out, if you guys know any? I assume the pay cut can be pretty steep when moving out of fabs?


---

## 14. ```
Internship at applied materials
``` {#14-```
internship-at-applied-materials
```}

這段文字的核心討論主題是:**求職者對於軟體工程實習面試結果的等待與不確定性**。

具體要點包括:
1. **面試經驗**:提及已完成軟體工程實習的面試。
2. **結果等待**:表達對面試結果的焦慮或期待,並尋求他人是否有類似經歷或建議。

用簡潔的關鍵句總結:
「作者分享自己參加軟體工程實習面試後等待結果的心情,並詢問他人是否也在等待或有何經驗。」

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jp6q7c/internship_at_applied_materials/](https://reddit.com/r/Semiconductors/comments/1jp6q7c/internship_at_applied_materials/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jp6q7c/internship_at_applied_materials/](https://www.reddit.com/r/Semiconductors/comments/1jp6q7c/internship_at_applied_materials/)
- **發布時間**: 2025-04-02 04:59:58

### 內容

I had interview last week for software engineer intern. Waiting for resul``` anyone ?


---

## 15. ```
Internship offers??
``` {#15-```
internship-offers-
```}

這篇文章的核心討論主題是:

**「一名正在接受VLSI培訓的四年制BTech學生,詢問當前半導體行業是否有實習機會。」**

具體要點包括:
1. **學生背景**:第四年BTech學生,專攻VLSI(超大規模積體電路)領域。
2. **當前需求**:尋找半導體產業的實習機會。
3. **問題核心**:探討現階段相關產業是否開放實習職缺。

整體聚焦於「半導體行業實習機會的可行性與現況」。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jp19ch/internship_offers/](https://reddit.com/r/Semiconductors/comments/1jp19ch/internship_offers/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jp19ch/internship_offers/](https://www.reddit.com/r/Semiconductors/comments/1jp19ch/internship_offers/)
- **發布時間**: 2025-04-02 01:22:26

### 內容

I'm a 4th year btech student ,undergoing vlsi training.At present do we have any internship opportunities in any semiconductor industry??


---

## 16. ```
GlobalFoundries, Taiwanese chipmaker UMC consider merger, sources say
``` {#16-```
globalfoundries-taiwanese-chipmaker-umc-con}

這句話的核心討論主題是「Tom 決定離開 GF(可能指某個組織、團體或關係)」。

關鍵點:
1. **Tom 的決定**:主動選擇離開。
2. **GF 的含義**:可能是團體、組織或特定關係(如 Girlfriend),但需更多上下文確認。
3. **合理性**:句子暗示此決定「很有道理」(makes a lot of sense),可能涉及背後原因或情境。

總結:討論聚焦於 Tom 離開 GF 的原因或合理性,但具體細節需依賴更多資訊。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1joj92j/globalfoundries_taiwanese_chipmaker_umc_consider/](https://reddit.com/r/Semiconductors/comments/1joj92j/globalfoundries_taiwanese_chipmaker_umc_consider/)
- **外部連結**: [https://www.reuters.com/markets/deals/globalfoundries-taiwanese-chipmaker-umc-mull-potential-merger-nikkei-reports-2025-03-31/](https://www.reuters.com/markets/deals/globalfoundries-taiwanese-chipmaker-umc-mull-potential-merger-nikkei-reports-2025-03-31/)
- **發布時間**: 2025-04-01 08:56:02

### 內容

This makes a lot of sense since Tom decided to step away from GF.


---

## 17. ```
SiCarrier President full speech at SEMICON China
``` {#17-```
sicarrier-president-full-speech-at-semicon-}

根據提供的連結標題和描述,文章的核心討論主題應為:

**「SiCarrier公司總裁在SEMICON China展會上的演講內容分析與翻譯」**,並可能包含以下重點:

1. **SiCarrier公司介紹**:對該公司的背景、業務領域或技術優勢的概述。
2. **SEMICON China演講內容**:總裁在會上發表的關鍵觀點,可能涉及半導體行業趨勢、公司戰略或技術創新等。
3. **翻譯與解讀**:將演講內容從中文翻譯為英文(或其他語言),並提供進一步的分析或評論。

由於無法直接訪問連結內容,此總結基於標題和描述推測。若需更精確的分析,建議提供演講的具體段落或補充文章細節。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jos0h2/sicarrier_president_full_speech_at_semicon_china/](https://reddit.com/r/Semiconductors/comments/1jos0h2/sicarrier_president_full_speech_at_semicon_china/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jos0h2/sicarrier_president_full_speech_at_semicon_china/](https://www.reddit.com/r/Semiconductors/comments/1jos0h2/sicarrier_president_full_speech_at_semicon_china/)
- **發布時間**: 2025-04-01 18:08:02

### 內容

https://www.nomadsemi.com/p/what-sicarriers-president-said-at

Full breakdown of SiCarrier and a translated copy of their President speech at SEMICON China


---

## 18. ```
Daily: US-China tech war spirals; Trump cu``` BIS funding; Interview w Gelsinger
``` {#18-```
daily-us-china-tech-war-spirals;-trump-cu``}

根據提供的文章連結標題《Daily: US-China Tech War Spirals; Trump...》以及來源「Chip Briefing」的專業領域(聚焦於科技與半導體產業的簡報),可以推測該文章的核心討論主題應為:

**「美中科技戰的最新動態與潛在影響,尤其關注特朗普(或相關政治人物)可能對科技競爭局勢帶來的變化」**

具體可能涵蓋的要點包括:
1. **美中科技對抗升級**:半導體、AI等關鍵技術領域的管制措施(如出口限制、投資審查)加劇。
2. **特朗普因素**:若涉及美國大選,可能分析其過去/未來政策對科技戰的影響(如關稅、供應鏈脫鉤)。
3. **產業衝擊**:對全球科技供應鏈(如台積電、中芯國際)及企業策略的連鎖效應。
4. **技術民族主義**:兩國在自主創新與技術標準主導權上的競爭。

*註:由於無法直接訪問原文,此總結基於標題關鍵詞與該媒體一貫內容方向的合理推論。如需更精確分析,建議提供文章具體內容。*

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1joqtch/daily_uschina_tech_war_spirals_trump_cuts_bis/](https://reddit.com/r/Semiconductors/comments/1joqtch/daily_uschina_tech_war_spirals_trump_cuts_bis/)
- **外部連結**: [https://chipbriefing.substack.com/p/daily-us-china-tech-war-spirals-trump](https://chipbriefing.substack.com/p/daily-us-china-tech-war-spirals-trump)
- **發布時間**: 2025-04-01 16:40:17

### 內容

連結: [https://chipbriefing.substack.com/p/daily-us-china-tech-war-spirals-trump](https://chipbriefing.substack.com/p/daily-us-china-tech-war-spirals-trump)

---

## 19. ```
Will TSMC be only with "2nm" class process node?
``` {#19-```
will-tsmc-be-only-with-2nm-class-process-no}

該文章的核心討論主題是:**在三星取消2奈米製程、英特爾延後20A及18A製程且進展不明的情況下,台積電(TSMC)是否會成為唯一能提供「2奈米及更先進製程」的晶圓製造商**。

重點分析:
1. **競爭格局變化**:三星與英特爾在先進製程(2奈米及以下)的布局受阻,可能使台積電在該領域形成「獨占」或主導地位。
2. **技術節點發展**:探討半導體產業在「2奈米以下製程」的技術門檻與量產能力,以及台積電的領先優勢。
3. **產業影響**:若台積電成為唯一供應商,對全球晶片供應鏈(如蘋果、NVIDIA等客戶)與地緣政治(如各國對先進製程的依賴)的潛在影響。

簡言之,文章聚焦於**先進製程競爭的集中化**,以及台積電在此趨勢下的關鍵角色。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1joccrj/will_tsmc_be_only_with_2nm_class_process_node/](https://reddit.com/r/Semiconductors/comments/1joccrj/will_tsmc_be_only_with_2nm_class_process_node/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1joccrj/will_tsmc_be_only_with_2nm_class_process_node/](https://www.reddit.com/r/Semiconductors/comments/1joccrj/will_tsmc_be_only_with_2nm_class_process_node/)
- **發布時間**: 2025-04-01 03:52:05

### 內容

Will TSMC be only with "2nm" class process node? After Samsung cancel it and Intel cancel 20A and A18 is still out of sight and there is no news about it will there left only one manufacter of "2nm" and sub 2nm process?


---

## 20. ```
Applied Materials Project Manager Interview
``` {#20-```
applied-materials-project-manager-interview}

這段文字的核心討論主題是:**尋求關於應用材料公司(Applied Materials)專案經理職位面試的建議**。

具體重點包括:
1. **面試準備**:作者即將面試應用材料公司的專案經理職位(隸屬於某製造業務部門),希望獲得相關面試技巧。
2. **經驗分享**:徵求有該公司面試經驗者的建議,尤其是針對該職位或業務單位的實際經歷。

整體而言,這是一個求職者針對特定公司與職位尋求面試指導的請求。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1johv6l/applied_materials_project_manager_interview/](https://reddit.com/r/Semiconductors/comments/1johv6l/applied_materials_project_manager_interview/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1johv6l/applied_materials_project_manager_interview/](https://www.reddit.com/r/Semiconductors/comments/1johv6l/applied_materials_project_manager_interview/)
- **發布時間**: 2025-04-01 07:48:00

### 內容

I have an interview soon with Applied Materials for a project manager role in i``` manufacturing business unit. I would appreciate any tips from anyone who has gone through Applied Materials interview process.

Thank you.


---

## 21. ```
Struggling to Land My First Job in the Semiconductor Industry Need Advice & Resume Review
``` {#21-```
struggling-to-land-my-first-job-in-the-semi}

這段內容的核心討論主題是:
**「一位半導體設備領域的博士後研究者求職困難,尋求職涯建議與履歷優化的幫助」**

具體要點包括:
1. **求職困境**:擁有半導體設備博士學位及博士後經驗,但畢業四個月後仍未能找到業界工作。
2. **求助方向**:
- 請求針對半導體產業的求職策略建議(如管道、技能強化等)。
- 希望他人檢視履歷(附上截圖連結),以改善內容或格式問題。

背景隱含的潛在議題可能涉及:
- 學術轉業界的適應挑戰
- 半導體產業的競爭現狀或職缺匹配度
- 履歷呈現方式是否符合業界需求

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jod25c/struggling_to_land_my_first_job_in_the/](https://reddit.com/r/Semiconductors/comments/1jod25c/struggling_to_land_my_first_job_in_the/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jod25c/struggling_to_land_my_first_job_in_the/](https://www.reddit.com/r/Semiconductors/comments/1jod25c/struggling_to_land_my_first_job_in_the/)
- **發布時間**: 2025-04-01 04:20:30

### 內容

I am trying to get my first job in the semiconductor industry. I did my PhD in Semiconductor Devices, and it has been four months since my postdoc, but I haven't been able to find another job. Could you give me some suggestions? Also, could you check my resume? Thank you.

https://preview.redd.it/nmyt581333se1.png?width=533&format=png&auto=webp&s=d443746c45dec5470cffa4974abfdd7a315aceca

https://preview.redd.it/58nps71333se1.png?width=508&format=png&auto=webp&s=41e88b3da1cbcde3c2118f756b1d68852ac46de4


---

## 22. ```
Is VLSI engineering work monotonous?
``` {#22-```
is-vlsi-engineering-work-monotonous-
```}

該文章的核心討論主題是:
**「VLSI(超大規模積體電路)工程師的工作是否單調重複?其工作中創造性與重複性任務的比例如何?」**

具體要點包括:
1. 提問者背景與擔憂:目前從事IT行業,偏好解決問題而非單調工作,想了解VLSI工程是否適合此傾向。
2. 核心問題:
- VLSI工程師的日常工作是否過於單調或重複?
- 該領域中「創造性工作」與「重複性任務」的占比分別為何?

此問題反映了對職業內容的具體需求,希望評估VLSI工程與個人興趣(解決問題、厭惡單調性)的匹配度。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jo9wka/is_vlsi_engineering_work_monotonous/](https://reddit.com/r/Semiconductors/comments/1jo9wka/is_vlsi_engineering_work_monotonous/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jo9wka/is_vlsi_engineering_work_monotonous/](https://www.reddit.com/r/Semiconductors/comments/1jo9wka/is_vlsi_engineering_work_monotonous/)
- **發布時間**: 2025-04-01 02:12:17

### 內容

Is VLSI engineering work monotonous? Currently, I am working in IT. I like to solve problems, I don't like monotonous work. Does VLSI engineer work too monotonous/repetitive, Can you tell me how much percentage is monotonous and creative?


---

## 23. ```
Semiconductors
``` {#23-```
semiconductors
```}

該文章的核心討論主題是比較台灣與新加坡的大學在「電機工程學士學位」(Electrical Engineering major, Bachelor's degree)方面的差異。可能的比較面向包括:

1. **課程設計與專業方向**:兩地大學在電機工程領域的課程結構、必修/選修科目、專業分流(如電力系統、通訊、微電子等)的差異。
2. **學術資源與研究機會**:實驗室設備、師資力量、產學合作、研究計畫的比較。
3. **國際化與排名**:學校的全球排名、英語授課比例、國際學生比例,以及學位國際認可度。
4. **學費與獎學金**:兩地教育成本(如公立vs.私立大學)、獎學金或助學金機會。
5. **就業前景**:畢業生在當地或國際職場的競爭力、產業連結(如台灣半導體業 vs. 新加坡科技金融業)。
6. **入學要求**:申請門檻(如成績、語言能力)、競爭激烈程度。

總結來說,文章聚焦於「電機工程學士學位」在台灣與新加坡高等教育體系中的優劣勢對比,幫助學生根據個人需求(如成本、職業目標、學術興趣)做出選擇。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1joairr/semiconductors/](https://reddit.com/r/Semiconductors/comments/1joairr/semiconductors/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1joairr/semiconductors/](https://www.reddit.com/r/Semiconductors/comments/1joairr/semiconductors/)
- **發布時間**: 2025-04-01 02:37:17

### 內容

compare Taiwan university and Singapore university with electrical engineering major (bachelor's degree)


---

## 24. ```
ECE Masters of Science student with a focus on on Analog IC Design/Mixed-Signal Design trying decide final class to take before graduation asking for advice as to what to take since there are four classes that I am trying to decide between.
``` {#24-```
ece-masters-of-science-student-with-a-focus}

这篇文章的核心討論主題是:
**一位即將取得電子與計算機工程(ECE)碩士學位的學生,如何選擇最有利的課程以進入「混合信號/類比IC設計」領域的職涯發展**。

具體重點包括:
1. **職涯目標**:作者熱衷於類比IC設計,但也對DSP(數位信號處理)有興趣,目前正尋求進入該領域的第一份工程工作。
2. **課程選擇的取捨**:
- 比較四門課程的實用性,評估哪一門最能幫助達成類比IC設計的職涯目標。
- 課程涵蓋硬體安全、半導體製程實驗、計算機架構、可重構計算(FPGA/VLSI)等領域,作者分析其與類比IC設計的關聯性。
3. **備份計畫的考量**:
- 儘管偏好類比IC設計,作者考慮學習FPGA/VLSI相關課程(如「可重構計算」)作為求職的備選方案,以增加就業機會。
4. **尋求建議**:
- 希望獲得對課程選擇的優先級排序,以最大化職涯突破的可能性。

**總結**:文章聚焦於「職涯導向的課程決策」,並探討專業興趣(類比IC)與現實就業需求(如FPGA技能)之間的平衡。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jn51kr/ece_masters_of_science_student_with_a_focus_on_on/](https://reddit.com/r/Semiconductors/comments/1jn51kr/ece_masters_of_science_student_with_a_focus_on_on/)
- **外部連結**: [https://www.reddit.com/r/Semiconductors/comments/1jn51kr/ece_masters_of_science_student_with_a_focus_on_on/](https://www.reddit.com/r/Semiconductors/comments/1jn51kr/ece_masters_of_science_student_with_a_focus_on_on/)
- **發布時間**: 2025-03-30 12:47:48

### 內容

By the way I did enjoy the DSP class a lot and I also like Digital Design, but I am hoping to get a job in Analog IC Design (a subject I greatly enjoy and I have found a passion in--I also absolutely love DSP stuff too). After this current semester, I will only need one class to graduate with my Masters in ECE. BTW, I am not employed in engineering at this time, so I am really trying to break in and get a chance at starting a career.

How would you rank these in terms of value for a person trying to find their way into a position as an Mixed-signal/analog IC designer?

The four classes that I am trying to decide between are

EEE5716 - Introduction to Hardware Security and Trust

Description: Fundamentals of hardware security and trust for integrated circui. Cryptographic hardware, invasive and non-invasive attacks, side-channel attacks, physically unclonable functions (PUFs), true random number generation (TRNG), watermarking of Intellectual Property (IP) blocks, FPGA security, counterfeit detection, hardware Trojan detection and prevention in IP cores and integrated circui.

EEE5354L - Semiconductor Device Fabrication Laboratory

This course will be offering hands-on experience in semiconductor material characterization and device fabrication techniques.

EEL5764 - Computer Architecture

Fundamentals in design and quantitative analysis of modern computer architecture and systems, including instruction set architecture, basic and advanced pipelining, superscalar and VLIW instruction-level parallelism, memory hierarchy, storage, and interconnec```.

EEL5721 - Reconfigurable Computing

Fundamental concep at introductory graduate level in reconfigurable computing based upon advanced technologies in field-programmable logic devices. Topics include general concep, device architectures, design tools, metrics and kernels, system architectures, and application case studies.

I know the FPGA/VLSI (Reconfigurable Computing) course is far away from Analog IC Design, but I figure getting better with and doing projec with VLSI (although I did that a bit as an undergrad) would be valuable when I encounter digital IC projec in this field, plus knowing FPGAs better may prove to be a good security in case I find it hard to find Analog IC jobs (which would be a bummer for me).

Thank you for the advice!


---

## 25. ```
The CHIPS Act already pu``` America first. Scrapping it would poison the well for US investment
``` {#25-```
the-chips-act-already-pu```-america-first-s}

這幾段對話的核心討論主題是關於「美國優先」(America First)政策及其對國內產業和就業的影響。具體包括以下幾個要點:

1. **「美國優先」政策的批評與支持**:對話中有人質疑「美國優先」是否真的能解決問題(如「gutted out of contempt」的批評),也有人支持該政策,認為應加強本土產業(如「build our in country capabilities」)。
2. **本土產業與就業**:支持者強調應通過法案或資金扶持美國企業(如「funding that can only go to American based companies」),並將工作機會帶回美國(如「bring jobs back to USA」)。
3. **政治立場與政策歸屬**:對話提到政策是否在特定領導人(如特朗普)任內通過,暗示對政策成效的評價可能與政治立場相關。

總結:討論圍繞「美國優先」的實踐、對本土經濟的影響,以及不同觀點之間的衝突。

- **Reddit 連結**: [https://reddit.com/r/Semiconductors/comments/1jlxpu9/the_chips_act_already_puts_america_first/](https://reddit.com/r/Semiconductors/comments/1jlxpu9/the_chips_act_already_puts_america_first/)
- **外部連結**: [https://www.piie.com/blogs/realtime-economics/2025/chips-act-already-puts-america-first-scrapping-it-would-poison-well](https://www.piie.com/blogs/realtime-economics/2025/chips-act-already-puts-america-first-scrapping-it-would-poison-well)
- **發布時間**: 2025-03-28 23:28:06

### 內容

It was gutted out of contempt. Childish

You sweet summer child you think America first is what gutting its about?

My hope is that it stays and that if Trump really wan``` it to be more America first then make a new bill with even more funding that can only go to American based companies.

Yes we must build our in country capabilities. Buy $Wolf support wolfspeed. Build local , bring jobs back to USA.

Yeah but it wasn't passed under Trump.


---

# 總體討論重點

以下是25篇文章的核心討論重點條列式總結,並附上對應的文章錨點連結與逐條細節:

---

### **1. 關稅政策對半導體產業的影響** [#1](#anchor_id)
1. **供應鏈衝擊**
- 海外組裝的半導體產品因關稅成本上升,影響供應鏈效率。
2. **本土製造挑戰**
- 美國封裝、測試企業因成本壓力面臨競爭劣勢。
3. **報復性關稅風險**
- 德州儀器等出口業務可能受他國對等關稅影響。
4. **實際案例**
- 關稅導致零件扣留,直接干擾企業運作。

---

### **2. 半導體關稅的暫時豁免** [#2](#anchor_id)
1. **礦業主導權**
- 美、澳、中等國企業主導銅礦產業,關稅衝擊跨國公司。
2. **無關內容**
- 「SPARTAAAAAAAAAA」為情緒表達,無實質分析價值。

---

### **3. 鈣鈦礦LED的技術挑戰** [#3](#anchor_id)
1. **穩定性不足**
- 高亮度但性能不穩定。
2. **EQE效率低落**
- 光電轉換效率未達理想。
3. **公開求助**
- 尋求技術支援以突破瓶頸。

---

### **4. 晶圓廠與設備商差異** [#4](#anchor_id)
1. **角色對比**
- 晶圓廠(台積電)專注製造,設備商(ASML)提供工具。
2. **職場文化**
- 技術範疇、工作壓力與產業鏈位置差異。

---

### **5. 電源供應器歸屬排除** [#5](#anchor_id)
1. **劃清界限**
- 明確某內容與AMAT(應用材料)無關。

---

### **6. 台積電高壓文化批判** [#6](#anchor_id)
1. **血汗工廠指控**
- 無週末、熬夜加班,高壓時效要求。
2. **職涯壟斷憂慮**
- 工程師恐因市場壟斷喪失薪資議價權。
3. **東亞文化反思**
- 批判割喉式競爭僅利資本方。

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### **7. 三星半導體實習擔憂** [#7](#anchor_id)
1. **負評關注**
- 缺乏具體細節的負面評價引發憂慮。
2. **資訊需求**
- 尋求Reddit用戶分享實際經驗。

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### **8. 聯電新加坡擴廠** [#8](#anchor_id)
1. **投資規模**
- 50億美元設廠,創造700職缺。
2. **產業影響**
- 強化東南亞半導體供應鏈。

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### **9. GDC 2025技術展示** [#9](#anchor_id)
- **需補充內容**:影片主題未提供,建議參考標題與觀眾互動。

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### **10. 美國晶片供應鏈法案** [#10](#anchor_id)
1. **政策目標**
- 確保半導體供應鏈安全,減少對外依賴。
2. **爭議點**
- 資金分配與本土企業優先條款。

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### **11. 俄羅斯光刻技術落後** [#11](#anchor_id)
1. **技術落差**
- 40nm製程相當於2007年水平。
2. **地緣限制**
- 西方禁運阻礙EUV設備取得。
3. **軍事導向**
- 聚焦基礎需求(如飛彈晶片)。

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### **12. 半導體產業動盪** [#12](#anchor_id)
1. **AI內容爭議**
- 未審查生成內容含錯誤(如虛構CEO姓名)。
2. **版規呼籲**
- 建議封禁未驗證AI發文者。

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### **13. 半導體工程師轉職困境** [#13](#anchor_id)
1. **職業倦怠**
- 產線高壓與安全壓力導致精神耗竭。
2. **薪資顧慮**
- 轉職恐面臨大幅降薪。

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### **14. 應用材料實習面試等待** [#14](#anchor_id)
- **核心問題**:軟體工程實習面