Texas Instruments RSUs in India: The Complete Tax & Wealth Guide

Texas Instruments in India: Offices, Cities & Scale

Texas Instruments India (TI India) has been operating since 1985 — making it one of the oldest and most established semiconductor design centres in the country. The Bengaluru campus, with approximately 3,500 employees, is TI's primary India site and one of the company's most important global design centres for analog ICs, power management chips, and embedded processors. The depth of analog engineering knowledge in Bengaluru is not replicated elsewhere in India, and barely anywhere else globally outside Texas Instruments' US operations.

Hyderabad contributes approximately 1,500 employees working on related design, software, and systems work — including automotive electronics R&D (a major growth area for TI as electric vehicle content per vehicle increases) and industrial automation chip development. TI's India headcount has been relatively stable compared to the rapid scaling seen at cloud software companies — reflecting both TI's more deliberate hiring culture and the specialised nature of analog design work.

TI's India teams work on core product families: Sitara ARM-based processors (embedded Linux applications), C2000 real-time microcontrollers (industrial and automotive), TI's industry-leading power management IC portfolio (used in virtually every electronic device sold globally), and wireless connectivity chips. The breadth of product ownership in India is significant — these are not derivative or localisation roles.

• →Bengaluru (~3,500): Analog IC design, power management, embedded processors (Sitara, C2000)
• →Hyderabad (~1,500): Automotive electronics, industrial automation, wireless connectivity
• →Operating since 1985 — one of India's oldest and deepest semiconductor design centres
• →India owns core product families, not derivative localisation work
• →Automotive electronics R&D is a growing focus as EV content per vehicle increases

Department Mix

TI India is fundamentally a chip design engineering organisation. VLSI design (analog circuit design, layout, mixed-signal, digital design) represents the core engineering population — approximately 60-65% of India headcount. This is genuinely specialised work — analog circuit design is considered one of the hardest disciplines in electronics engineering, and TI India has built its reputation on the quality of its analog talent.

Software engineering for embedded systems — firmware for TI's microcontrollers, Linux BSP development for Sitara processors, SDK development for TI's processor families — forms a secondary engineering cluster. Applications engineering (helping TI's customers design TI chips into their products) is a meaningful function given TI's broad customer base across automotive, industrial, and consumer electronics.

Manufacturing and quality engineering supports TI's global fab operations. Finance, HR, and IT shared services are present but relatively small compared to the engineering population. Unlike software companies, TI India does not have a significant sales function — TI's direct sales is primarily US-based, with field application engineering in India for local customer support.

• →~60-65% VLSI/analog design engineering (circuit, layout, mixed-signal)
• →Software and firmware engineering for embedded processors forms secondary cluster
• →Applications engineering for customer design support is a meaningful function
• →Analog circuit design is one of the hardest and most specialised semiconductor disciplines

Who Gets RSUs: Levels & Amounts

Texas Instruments has a long-term equity culture that is distinct from the high-grant, high-turnover approach of some cloud software companies. RSU eligibility begins at Design Engineer Grade 5 equivalent (roughly senior engineer level, 5-7 years experience) and becomes a significant component at Grade 6+ (Principal Engineer). Below Grade 5, some employees receive smaller grants, but meaningful equity participation starts at the mid-senior level.

At Grade 5 (Senior Design Engineer), new hire RSU grants typically range from $25,000–$50,000 over four years. At Grade 6 (Principal Engineer), grants step up to $50,000–$100,000. Senior Principal and Fellow-level engineers (Grade 7+) receive $100,000–$200,000 in new hire equity. TI's grants are below the top-end of FAANG or Marvell-level equity, but TI's strong base salaries in India and consistent performance-based refreshes make the total package competitive.

TI's performance-based RSU variants deserve mention — some employees receive Performance Stock Units (PSUs) that vest based on TI's relative total shareholder return vs a peer group. PSUs create additional complexity in tax planning because the number of shares that vest depends on performance outcomes, not just time. Understand whether your grant is a standard RSU or a PSU before planning.

Annual refresh grants at TI are consistent and tied to annual performance reviews. Typical refreshes at Grade 5-6 range from $10,000–$25,000 at "meets expectations" to $25,000–$50,000 for strong performers. TI's approach is lower variance than some companies — grants are not dramatically higher for "outstanding" ratings, reflecting TI's more egalitarian compensation philosophy.

• →Grade 5+ is meaningful RSU eligibility threshold
• →Grade 5 new hire: $25,000–$50,000 over 4 years
• →Grade 6 new hire: $50,000–$100,000 over 4 years
• →Grade 7+ (Senior Principal): $100,000–$200,000 over 4 years
• →Some employees receive Performance Stock Units (PSUs) tied to TSR — different from standard RSUs

Understanding Your Vest Schedule

Texas Instruments uses annual vesting — not the quarterly schedule common at most US tech and semiconductor companies. Annual vesting means your entire year's RSU grant vests on a single date each year, typically the anniversary of your grant date. This creates a more concentrated tax event (one large perquisite income addition per year rather than four smaller ones) and a different cash-flow profile.

The one-year cliff functions as the first annual vest — 25% of your total grant vests on the first anniversary, 25% on the second, 25% on the third, and 25% on the fourth. For PSUs, the percentage vesting depends on how TI's total shareholder return compared to the peer index — you might receive 0%, 100%, or up to 200% of the target shares depending on performance outcomes.

TI's equity plan is administered through Fidelity NetBenefits. On the annual vest date, TDS is withheld via a sell-to-cover mechanism. However, because TI's vest is annual rather than quarterly, the sell-to-cover happens once per year for each grant — creating a larger single-day transaction. Verify that the TDS withheld amount accounts for your full marginal rate including surcharge and cess.

TI's calendar year aligns with its compensation cycle — annual reviews are typically in February-March, and grant dates for refreshes are in Q1-Q2 of the calendar year. The combination of annual vest and annual review makes TI's equity calendar among the simplest to manage of any India RSU employee population.

• →Annual vest (not quarterly) — one vest event per year per grant
• →25% vest each year for 4 years from grant date
• →PSUs: vest percentage depends on relative TSR performance vs peer index
• →Equity managed via Fidelity NetBenefits
• →Simpler calendar than quarterly-vest companies — one event per year per grant

The Tax Reality

TI India RSUs create the standard two-stage tax liability: perquisite tax on vest and capital gains on sale. TI's annual vest schedule simplifies the tax calendar compared to quarterly-vest companies, but the larger single-event vest values require careful advance tax management.

On each annual vest, the full market value of vested TXN shares (units × TXN closing price on vest date × SBI TT USD/INR rate) is added to salary income and taxed at marginal rate under Section 17(2). TXN stock is generally less volatile than cloud software or high-multiple semiconductor stocks — this makes projecting annual vest values somewhat easier. For a Grade 5-6 engineer, annual vest income might be ₹8-20 lakh per grant per year, adding meaningfully to total income but not typically pushing into the highest surcharge brackets unless salary is already high.

Capital gains begin from each annual vest date. Cost basis: vest-date TXN price × SBI TT rate. STCG within 24 months: slab rate 30%+. LTCG after 24 months: 12.5% without indexation. TI's annual vest dates are consistent and predictable — planning the 24-month LTCG calendar for TXN lots is straightforward since you have one entry date per year per grant.

For PSUs: the vest income calculation is more complex. The perquisite value is based on the actual number of shares that vest (which depends on the performance outcome) × vest-date TXN price. If you are granted a target of 100 PSUs and the performance outcome results in 150 shares vesting (150% of target), your perquisite income is based on 150 shares × TXN price on vest date.

File Form 67 before ITR to claim US withholding credit. Report TXN holdings and Fidelity account in Schedule FA annually. Advance tax is required — the annual vest event creates a predictable once-per-year tax liability that should be planned in advance.

• →Annual vest = one perquisite tax event per year per grant (simpler calendar)
• →Grade 5-6 annual vest income: ₹8-20 lakh per grant per year
• →PSU perquisite income based on actual vested shares (performance-adjusted), not target units
• →STCG within 24 months: slab rate; LTCG after 24 months: 12.5%
• →Annual vest predictability makes 24-month LTCG calendar management straightforward

What Employees Typically Do

TI India employees have a distinctly different equity relationship than engineers at cloud software companies. The culture is engineering-first, long-tenure, and less focused on equity as a primary wealth vehicle. Many engineers at TI India have 10-20 year tenures — uncommon in the Indian tech industry — and their RSU wealth has accumulated slowly and steadily rather than through dramatic appreciation events.

The most common pattern at TI India is "hold and forget" — shares vest annually, are deposited in the Fidelity account, and sit there until the employee eventually needs funds for a home purchase or other major life event. This passive approach misses both the LTCG optimisation opportunity and the concentration risk management imperative. But the lower volatility of TXN compared to cloud software stocks makes the "hold and forget" approach less catastrophic than it would be at, say, MongoDB or Snowflake.

Senior engineers (Grade 6+) with 10+ years at TI often have substantial Fidelity balances — sometimes ₹80-150 lakh in TXN — that they have never actively managed. These engineers are prime candidates for a structured equity monetisation and diversification plan. The wealth is there; the management framework often isn't.

The departure-vs-stay decision at TI India is different from most tech companies. The TI brand, the analog engineering culture, and the depth of technical work are strong retention factors that go beyond equity golden handcuffs. Engineers who leave TI often do so for startups in the automotive or power electronics space, or for other chip companies starting India design centres.

• →"Hold and forget" is the dominant behaviour pattern — passive accumulation over long tenures
• →10-20 year tenures are common at TI India — RSU wealth accumulates slowly but steadily
• →Grade 6+ with 10+ years may have ₹80-150 lakh in unmanaged Fidelity TXN holdings
• →TI culture retention is brand/culture driven, not just equity-driven

The Smart Approach

For TI India employees with long tenures and accumulated positions, the first step is a complete equity inventory. Log into Fidelity NetBenefits and list every lot of TXN shares held: vest date, number of shares, vest-date price, current INR cost basis, time since vest, and current unrealised gain. Many long-tenure employees discover they have 8-15 years of annual vest lots, each with a different cost basis, and many well past the 24-month LTCG threshold.

The good news: if you've held shares for more than 24 months, they qualify for LTCG at 12.5% (vs STCG at 30%+). For a lot with ₹30 lakh in unrealised gains that is LTCG-qualified, selling generates ₹3.75 lakh in tax (12.5%) vs ₹9 lakh in tax (30%) if it were STCG. Most long-tenure TI India employees are sitting on LTCG-qualified lots — the tax efficiency to monetise is better than they realise.

Diversification is the key action item for long-tenure TI India employees. TXN is a more stable and predictable business than cloud software, but it is still a cyclical semiconductor company exposed to industrial, automotive, and consumer electronics capex cycles. A 30-40% TXN concentration in your total net worth after 15 years of vesting is more than you need in a single stock — particularly one where the stock has already delivered its long-term thesis.

Annual vest simplicity makes systematic selling easier: once per year, evaluate each lot, sell lots past the 24-month mark if they've served their diversification allocation, and reinvest in Indian index funds or global diversified equity.

• →Complete equity inventory via Fidelity: all lots, vest dates, cost bases, LTCG status
• →Most long-tenure TI employees are sitting on LTCG-qualified lots — tax efficiency to monetise
• →30-40% TXN concentration after 15 years of vesting exceeds reasonable single-stock allocation
• →Annual vest cadence makes systematic selling easier — one decision per year per lot
• →Reinvest into NIFTY 50 index funds or international ETFs for diversification
• →Engage CA for Schedule FA filing and Form 67 — ensure historical compliance is current

Concentration Risk

Texas Instruments is a diversified analog semiconductor company — its exposure spans industrial, automotive, personal electronics, communications, and enterprise systems. This diversification makes TXN meaningfully less cyclical than companies focused on a single semiconductor segment (like a DRAM memory company or a single-market chip designer). This is one reason TI's stock has been more stable historically than many semiconductor peers.

However, TI is not immune to cycles. Its largest end markets — industrial and automotive — have faced significant inventory corrections in 2023-2024 as customers who over-ordered during COVID shortages worked down excess inventory. TXN fell from $200+ to under $150 during this period. Automotive semiconductor content per vehicle is a long-term tailwind (EV adoption, ADAS systems), but the transition creates near-term lumpiness.

The structural long-term risk is less about any single customer or segment and more about whether TI's position in analog ICs can be maintained as semiconductor design becomes more software-defined. Analog design has historically been resistant to commoditisation — but the emergence of AI-optimised mixed-signal chips from Broadcom, Marvell, and others is worth watching.

• →TXN is more diversified and less volatile than single-market semiconductor companies
• →Industrial and automotive inventory correction 2023-24 caused meaningful stock decline
• →Automotive semiconductor content growth (EV, ADAS) is a long-term structural tailwind
• →Analog design moat historically strong, but AI-optimised mixed-signal competition is emerging

Getting Money Home: FX & Repatriation

TXN sale proceeds from Fidelity NetBenefits are repatriated under LRS ($250,000 per financial year). TI's annual vest schedule means most employees have one significant repatriation opportunity per year — aligned with the vest and any accompanying sale decision. This simplicity is an advantage: one round of 15CA/15CB filings per year, one FX conversion event, and a clean annual record.

Long-tenure TI India employees sitting on large accumulated positions may have significant repatriation decisions — particularly if they are approaching retirement or looking to make a major property purchase in India. Repatriating $200,000+ per year over multiple years is a planning exercise that benefits from working with a CA who understands LRS limits, FEMA compliance, and the capital gains ITR implications of large annual transactions.

Bank FX spread of 1.5-2.5% on a $100,000 repatriation is $1,500-$2,500. Over 10-15 years of TI employment with annual repatriation, this adds up. Use a low-spread FX service. Keep annual Fidelity statements and SBI TT rate records — essential for ITR capital gains calculation.

• →LRS: $250,000/year — annual repatriation aligned with annual vest is the natural cadence
• →Long-tenure employees repatriating large positions benefit from multi-year planning
• →Bank FX spreads compound significantly over a 15-year career at TI
• →Annual Fidelity statements and SBI TT rate history are essential ITR inputs

Stock Sentiment

TI India employee sentiment on TXN is characteristically different from cloud software companies — less focused on stock price movements and more oriented toward engineering pride and company longevity. The TI India community skews older and more experienced than most India tech engineering populations, and that experience dampens both euphoria and panic around equity markets.

In internal forums and the tight-knit TI alumni network (which extends across every major semiconductor company in India), TXN is discussed as a "fortress balance sheet" company — known for consistent dividends, massive share buyback programmes, and conservative financial management. Engineers who have followed TI for 15+ years understand that TXN is not a growth stock but a value creation machine with a disciplined capital return programme.

The automotive and EV semiconductor angle generates positive internal sentiment — engineers working on power management ICs for EVs and on ADAS chips feel their work is directly aligned with one of the largest technology transitions in the auto industry. This sense of relevance is a retention factor distinct from pure equity incentives.

Departure patterns at TI India are relatively low compared to the broader Bengaluru semiconductor ecosystem. When departures happen, they are typically to one of three destinations: a Bengaluru chip startup in the power/automotive space, an international role at TI itself, or to academia/research. The depth of specialisation at TI India — particularly in analog design — makes it harder to hire equivalents at competing companies, which both increases retention and moderates the departure risk.

• →Engineering pride and company longevity matter more to TI India employees than stock price
• →"Fortress balance sheet" + consistent buybacks is the core TI equity narrative internally
• →Automotive/EV semiconductor work drives strong sense of engineering relevance
• →Departure rate is lower than Bengaluru average — analog specialisation increases retention
• →Alumni network is tight and extensive — TI India has trained a disproportionate share of India's semiconductor leadership