Brazilian Semiconductor Assembly Manufacturers

Brazil’s semiconductor assembly sector is small but growing fast, backed by billions in government incentives and a handful of companies building real packaging and test capacity. According to Mordor Intelligence, the broader Brazilian semiconductor market reached USD 15.08 billion in 2025 and is forecast to hit USD 17.19 billion by 2030. The assembly segment sits at the center of the country’s strategy to move beyond chip imports and into global supply chains.

What Brazilian Semiconductor Assembly Actually Looks Like

Brazil does not fabricate advanced logic chips. No one is building 7nm fabs in Sao Paulo. What Brazil does have is a growing back-end ecosystem focused on semiconductor packaging, encapsulation, and testing. This is where raw wafers get turned into finished components ready for circuit boards.

The key players operate across three categories.

HT Micron Semicondutores in Sao Leopoldo, Rio Grande do Sul, is the most visible name. Founded in 2014 as a joint venture between South Korea’s Hana Micron and Brazilian firm Parit Participacoes, HT Micron runs a back-end factory on the Unisinos university campus. They package DRAM, NAND Flash, smart cards, and multi-chip packages (MCPs) for cellphones, with a stated capacity of 360 million chips per year. They hold an STMicroelectronics partnership for distribution and are qualified for AEC-Q100 automotive-grade components.

Zilia Technologies (formerly SMART Modular Technologies Brasil) operates from Atibaia, Sao Paulo and Manaus, Amazonas. They are Brazil’s leading producer of integrated memory circuits, including DRAM and Flash modules. In 2024, Zilia announced a R$650 million investment through 2025, with R$475 million going to modernize packaging and test equipment across both facilities and R$175 million to R&D. Their product roadmap includes DDR5, LPDDR5, uMCP, UFS 4.0, and next-generation SSDs. CEO Rogerio Nunes (also president of ABISEMI, the Brazilian Semiconductor Industry Association) has stated: “Semiconductors are the foundation of all modern technology. Government support is key to increasing the competitiveness of our industry.”

CEITEC S.A. in Porto Alegre is a government-linked entity under Brazil’s Ministry of Science, Technology, and Innovation. According to Tech in Brazil, CEITEC designs and manufactures RFID integrated circuits for cattle tracking, product tracing, traffic management, passport/ID chips, and digital TV modulators, with a capacity of 70 million chips per year.

Unitec Semicondutores (formerly SIX Semicondutores) in Ribeirao das Neves, Minas Gerais, received R$1 billion in investment for a facility targeting smart card ICs for banks, telecom operators, and public transport, using 130 to 90nm process technology. An IBM partnership supported the project.

Together, these companies form Brazil’s semiconductor assembly core. HT Micron, CEITEC, and Padtec jointly controlled about 12% of Brazil’s 2024 semiconductor revenue, while the top five vendors held roughly 32%.

The Government Bet: R$7 Billion Per Year

In September 2024, Brazil signed the Brasil Semicon Act (Law 14,968/24), which allocates R$7 billion annually to the semiconductor and ICT sectors, totaling R$21 billion through 2026. The law also extended the existing PADIS (Semiconductor Industry Technological Development Support Program) until December 2029.

PADIS grants exemptions from IPI, PIS/COFINS, and import duties on raw materials, machinery, equipment, and software used in semiconductor production and research. Companies qualifying under the program can offset up to 18% of operating costs through these incentives.

The numbers add up. Following the legislation, ABISEMI announced that member companies have committed R$24.8 billion in investments through 2035 for R&D, capacity expansion, and new factory development. The broader Nova Industria Brasil initiative backs this with BRL 300 billion in soft-loan capacity through 2026.

For assembly manufacturers specifically, the incentive structure reduces the capital cost of importing packaging equipment (wire bonders, die attach machines, molding systems, test handlers) that Brazil does not produce domestically. That equipment gap has historically been the biggest barrier to scaling back-end operations.

Why Global Buyers Should Care About Brazil

The honest answer is that most global procurement teams have never considered Brazil for semiconductor assembly. That is starting to change, and the reasons are practical, not aspirational.

The biggest driver is supply chain diversification pressure. According to Deloitte’s 2026 Global Semiconductor Industry Outlook, the global semiconductor market is expected to reach US$975 billion in 2026, a historic peak. Geographic concentration risk is pushing companies to qualify assembly partners outside the Asia-Pacific corridor. Southeast Asia and India get most of the attention. Latin America barely registers. That gap is the opportunity.

The global outsourced semiconductor assembly and test (OSAT) market reached USD 46.50 billion in 2025 and is projected to hit USD 98.60 billion by 2035, growing at a 7.81% CAGR. Asia-Pacific accounts for USD 28.37 billion of that. Brazil’s share is negligible today, which means qualified Brazilian assemblers face almost no domestic competition for the “alternative source” slot on global procurement shortlists.

Then there is the automotive angle. HT Micron’s AEC-Q100 certification and the sector’s broader investment in IATF 16949 quality systems matter because automotive procurement teams are still reacting to the 2021 to 2023 chip shortages. Single-source dependencies on Asian OSAT providers shut down production lines. A qualified Brazilian assembler with automotive certifications gives procurement teams a backup option in the Western Hemisphere that did not exist five years ago.

The Trade Deficit That Tells the Story

Brazil’s semiconductor trade data reveals the gap between domestic demand and domestic production capacity. In 2022, Brazil imported USD 5.15 billion in integrated circuits while exporting just USD 171 million, creating a massive trade deficit. The top import sources were China (USD 1.39 billion), South Korea (USD 1.1 billion), the United States (USD 700 million), and Taiwan (USD 679 million).

On the semiconductor devices side (HS 8541), Brazil exported USD 18.7 million in 2023 against imports of USD 4.37 billion. Germany received 63% of those exports.

That import dependency is exactly what the Brasil Semicon program targets. Every dollar of packaging, assembly, and test work performed domestically rather than outsourced to Asia represents import substitution that the government is willing to subsidize. For Brazilian assembly manufacturers, this creates a double market: domestic customers looking to source locally under government pressure, and international buyers looking for non-Asian alternatives. (For a broader look at the electronics trade picture, see our guide to Brazilian electronics and electrical exporters.)

Conventional Sales Channels and Why They Fall Short

Brazilian semiconductor assembly companies have relied on a narrow set of channels to find customers. Each one has structural limitations for this sector.

Trade Fairs: Wrong Audience, Wrong Frequency

Eletrolar Show in Sao Paulo is Latin America’s largest consumer electronics fair, drawing over 32,000 professionals and 700 exhibitors annually. But it targets consumer product distributors, not semiconductor procurement managers. A booth costs $15,000 to $40,000 with travel and setup included, and the buyer profile skews retail, not industrial.

SEMICON events (Shanghai, Kuala Lumpur, Munich) are where actual semiconductor procurement happens. But for a Brazilian mid-size assembler, exhibiting at SEMICON Southeast Asia or SEMICON Europa means $40,000 to $80,000 per event in booth costs, international travel for technical staff, and months of preparation. The math works out to $300 to $900+ per qualified lead, and the leads go cold between annual events.

The fundamental problem: semiconductor procurement cycles run year-round. Trade fairs happen once or twice a year. The timing mismatch leaves Brazilian assemblers invisible during 90% of the buying calendar.

Field Sales: The Language and Expertise Barrier

Selling semiconductor assembly services requires technical sales people who understand die attach processes, wire bonding specifications, BGA and QFP package types, and test coverage requirements. They also need to speak the buyer’s language fluently, whether that is English for US clients, German for European automotive, Japanese for consumer electronics, or Korean for memory module OEMs.

Finding that profile in Porto Alegre or Sao Leopoldo is nearly impossible. A qualified technical sales representative in Brazil costs R$120,000 to R$180,000 per year in base salary alone. Add international travel, benefits, and overhead, and the fully loaded cost hits $40,000 to $70,000 per person per year. One person covers one market. Reaching procurement teams in Germany, the US, Japan, and South Korea simultaneously requires four hires. At $500 to $1,200+ per qualified lead, field sales is the most expensive channel for a sector where deal sizes take months to materialize.

Distributors and Representatives

Some Brazilian semiconductor companies work through international sales representatives or distribution agreements. The representative takes 15 to 25% of the deal value and owns the customer relationship. The manufacturer never builds direct connections with the procurement team. When the representative finds a lower-cost assembly partner in Malaysia or the Philippines, the Brazilian company gets dropped.

Government Trade Missions

ApexBrasil and state agencies like InvestRS (Rio Grande do Sul) organize trade delegations and matchmaking events. These help with initial introductions but cannot sustain the technical follow-up that semiconductor qualification processes demand. A qualification cycle for a new assembly partner runs 6 to 18 months. A single trade mission meeting does not get you through incoming quality audits, sample runs, and reliability testing.

Cold Outreach Across Borders

Calling semiconductor procurement managers at companies like Infineon, NXP, Texas Instruments, or Samsung requires callers who understand package types, test coverage, and qualification flows. Building that internal capability for even two target countries costs more than most mid-size Brazilian assemblers can justify.

How to Reach Global Procurement Teams at Scale

An AI-powered outbound engine bridges the gap between Brazilian assembly capacity and international buyer access.

The system monitors procurement signals in real time: new product launches requiring packaging partners, supplier qualification postings, production expansion announcements, and sourcing team hires at semiconductor companies. When a European fabless design house posts a role for a “packaging engineer” or an automotive chip maker announces a new product line, your company enters their consideration set that week.

Outreach runs in English, German, Japanese, and Korean simultaneously, each message referencing the prospect’s specific situation: their package types, volume requirements, and qualification standards. No language hires needed. Your engineering team only engages when a prospect responds with genuine technical interest.

The biggest shift is moving from event-driven to continuous business development. Instead of two trade fairs per year, outbound creates conversations with global procurement teams every week. When SEMICON events come around, you are deepening existing relationships rather than starting from zero.

For a detailed look at how this process works, the system is built for B2B manufacturers in exactly this situation: strong technical capabilities, limited international sales infrastructure.

The Cost Comparison

Channel	Cost per qualified lead	How it scales
AI-powered outbound	$150 to $300	Gets cheaper over time as targeting improves
Trade fairs (SEMICON, Eletrolar)	$300 to $900+	Linear cost per event, annual frequency
Field sales reps	$500 to $1,200+	Each new market requires a new hire
Distributors/reps	15 to 25% margin	You lose the customer relationship

The difference is the scalability curve. Trade fairs and field reps scale linearly or worse. Each additional market means another booth or another hire. AI outbound costs decrease per lead as the system learns which buyer profiles, message angles, and signals produce responses. The second thousand outreach sequences cost less than the first thousand.

What Brazilian Semiconductor Assemblers Should Do Now

Document your capabilities in a format procurement teams expect. That means a technical datasheet covering package types you support (QFP, BGA, CSP, SiP, MCP), your process nodes, test equipment list, clean room classifications, and quality certifications (ISO 9001, IATF 16949 if automotive, AEC-Q100 if applicable). Global buyers will not engage without this.

Get your quality systems aligned with international standards. If you are targeting automotive OEMs, IATF 16949 is non-negotiable. For general electronics, ISO 9001 and ISO 14001 cover the baseline. JEDEC compliance for memory products is expected by all major buyers.

Build an English-language technical website. Your engineering specifications, process capabilities, and sample request forms need to be accessible in English at minimum. Japanese and German versions help if you are targeting those markets.

Start outbound prospecting into two or three markets beyond Mercosur. The manufacturers who build direct pipelines to European, North American, and Asian buyers now will be the ones global procurement teams qualify first. Brazil’s semiconductor assembly sector is early enough that first-movers have a real advantage. The pattern we see across Brazil’s broader manufacturing export sectors is consistent: waiting for buyers to find you does not work. Reach out to us to see how outbound works for semiconductor assembly specifically.

Frequently Asked Questions

How large is Brazil’s semiconductor market?

Brazil’s semiconductor market reached USD 15.08 billion in 2025, with a projected 2.62% CAGR through 2030 to reach USD 17.19 billion. Integrated circuits account for 85% of revenue. The IDM segment holds 61.3% of sales, while the fabless segment is growing faster at 4.1% CAGR and is projected to exceed USD 3.2 billion by 2030.

Which companies do semiconductor assembly in Brazil?

The main players are HT Micron (Sao Leopoldo, DRAM/Flash packaging, 360M chip/year capacity), Zilia Technologies (Atibaia and Manaus, memory modules and Flash/DRAM ICs), CEITEC (Porto Alegre, RFID chips, 70M chip/year capacity), and Unitec Semicondutores (Ribeirao das Neves, smart card ICs). Together with Padtec, the top five vendors held approximately 32% of 2024 market revenue.

What government incentives exist for semiconductor manufacturers in Brazil?

The Brasil Semicon Act (Law 14,968/24) allocates R$7 billion annually to semiconductor and ICT sectors. The PADIS program grants exemptions from IPI, PIS/COFINS, and import duties on production equipment and materials, offsetting up to 18% of operating costs. These incentives run through December 2029 with a possible extension to 2073.

Can Brazilian semiconductor assemblers compete with Asian OSAT providers?

Brazil competes on supply chain diversification value rather than pure cost. Asian OSAT providers (ASE, Amkor, JCET) dominate volume, but the 2021 to 2023 chip shortages exposed the risk of geographic concentration. Brazilian assemblers offer Western Hemisphere proximity, PADIS-subsidized operating costs, automotive-grade certifications (AEC-Q100 at HT Micron), and R$24.8 billion in committed industry investment through 2035. For buyers building resilient multi-source strategies, Brazil fills a geographic gap.

What is the global OSAT market size?

The global outsourced semiconductor assembly and test market reached USD 46.50 billion in 2025, with Asia-Pacific accounting for USD 28.37 billion. The market is projected to grow at a 7.81% CAGR to reach USD 98.60 billion by 2035. Latin America represents a small but growing share, driven by automotive electronics demand and supply chain diversification strategies.