AI & ML Optimization

Commercial Faq

Commercial

Pricing, pilots, lead times and support

How do I get a price quote for a TechPhosis product or solution?

TechPhosis provides end-to-end support for foreign OEMs and ODMs entering India’s fast-growing 5G market. This includes setting up Offshore Development Centers (ODC) with dedicated engineering teams, navigating regulatory compliance and device certification, product localization for India-specific requirements, building relationships with Indian telecom operators and system integrators, and providing go-to-market engineering and deployment support. India is one of the world’s fastest-growing 5G markets and TechPhosis is your established local engineering partner.

Does TechPhosis offer pilot or trial deployments before full commercial engagement?

TechPhosis handles the full ODC setup process — including local team recruitment and onboarding, infrastructure setup, legal and compliance support, and ongoing managed R&D services. The ODC functions as a dedicated extension of your engineering team in India, working on your product roadmap under your direction but managed operationally by TechPhosis. This provides the benefits of local presence and talent without the overhead of establishing an independent entity from scratch.

What is the typical lead time for a TechPhosis lab solution or commercial product?

Does TechPhosis provide post-deployment support and maintenance?

Can TechPhosis customize solutions for specific customer requirements?

Customization is a core part of what we do. Whether it is frequency band customization, platform-specific porting, India-specific feature localization, or custom test framework development — our engineering teams are built to deliver tailored solutions. We also support Offshore Development Centers (ODC) where we provide dedicated, managed engineering teams aligned to a customer’s specific product roadmap.

Partnership Faq

Partnership

India market entry, ODCs and compliance

How does TechPhosis help foreign OEMs enter the Indian telecom market?

TechPhosis provides end-to-end support for foreign OEMs and ODMs entering India’s fast-growing 5G market. This includes setting up Offshore Development Centers (ODC) with dedicated engineering teams, navigating regulatory compliance and device certification, product localization for India-specific requirements, building relationships with Indian telecom operators and system integrators, and providing go-to-market engineering and deployment support. India is one of the world’s fastest-growing 5G markets and TechPhosis is your established local engineering partner.

What does setting up an Offshore Development Center (ODC) with TechPhosis involve?

TechPhosis handles the full ODC setup process — including local team recruitment and onboarding, infrastructure setup, legal and compliance support, and ongoing managed R&D services. The ODC functions as a dedicated extension of your engineering team in India, working on your product roadmap under your direction but managed operationally by TechPhosis. This provides the benefits of local presence and talent without the overhead of establishing an independent entity from scratch.

Does TechPhosis partner with other technology companies?

Can TechPhosis support compliance and type approval for devices in India?

How do I start a partnership or market entry conversation with TechPhosis?

Lab Solutions Faq

Lab Solutions

5G/6G Innovation Lab, testbeds and kits

What 5G lab options does TechPhosis offer?

TechPhosis provides end-to-end support for foreign OEMs and ODMs entering India’s fast-growing 5G market. This includes setting up Offshore Development Centers (ODC) with dedicated engineering teams, navigating regulatory compliance and device certification, product localization for India-specific requirements, building relationships with Indian telecom operators and system integrators, and providing go-to-market engineering and deployment support. India is one of the world’s fastest-growing 5G markets and TechPhosis is your established local engineering partner.

Which lab option is best for a university or academic institution?

Option 1 — the 5G Network-in-a-Box with SDR B210 on a single COTS machine — is the most suitable starting point for universities. It is budget-friendly, easy to set up, and provides a complete 5G stack for coursework, research, and experimentation. It supports academic projects, lightweight enterprise testing, and training setups. For institutions with more advanced research needs, Option 2 (Distributed 5G) provides more realistic architecture for protocol and interface research.

Can the TechPhosis lab be used for O-RAN testing and interoperability validation?

What use cases can be demonstrated in the TechPhosis Innovation Lab?

The TechPhosis 5G/6G Innovation Lab — India’s largest — supports a wide range of use cases including: security and surveillance with 5G cameras, drone operations over live 5G, smart agriculture IoT sensor networks, smart city infrastructure, smart industry with Profinet and robotics integration, AI/ML integration into the 5G telecom stack, defence applications, IoT connectivity via LoRa bridging, 3GPP Release 17/18 feature testing, and proof-of-concept development for commercialisation. Enterprises and OEMs can book dedicated lab time for PoC validation.

Can I book time at the TechPhosis Innovation Lab without purchasing a full lab solution?

What are the standard 5G specifications across TechPhosis lab configurations?

Across all lab configurations, our solutions support frequency bands n78, n79, n48, n28, and n41. Carrier bandwidth ranges from 10 to 100 MHz. Sub-carrier spacing is 30 kHz. MIMO configurations include SISO, 2T×2R, and 4T×4R. DL modulation supports up to 256QAM and UL up to 64QAM. Connected UEs range from 32 to 128 depending on configuration. Specific parameters vary by lab option — refer to the product specification sheet or contact us for detail.

eTransform Faq

eTransform

12-week 5G Telecom Professional Program

What is the eTransform program?

TechPhosis provides end-to-end support for foreign OEMs and ODMs entering India’s fast-growing 5G market. This includes setting up Offshore Development Centers (ODC) with dedicated engineering teams, navigating regulatory compliance and device certification, product localization for India-specific requirements, building relationships with Indian telecom operators and system integrators, and providing go-to-market engineering and deployment support. India is one of the world’s fastest-growing 5G markets and TechPhosis is your established local engineering partner.

Who is the eTransform program designed for?

eTransform is designed for: fresh engineering graduates from Electronics, Computer Science, Electrical, IT, and Instrumentation disciplines; early-career software, network, and IT professionals looking to pivot into telecom; final-year B.Tech and M.Tech students; polytechnic diploma holders targeting telecom roles; and working professionals upskilling into 5G, O-RAN, and cloud-native telecom environments.

What does the eTransform curriculum cover?

The 10-week curriculum covers: Week 1 — Telecom Fundamentals; Week 2 — LTE and 5G Fundamentals; Week 3 — 5G RAN Architecture; Week 4 — 5G Core Architecture; Week 5 — 5G Protocols and Signaling; Week 6 — Cloud-Native Telecom; Week 7 — Hands-On Integration Labs; Week 8 — Open RAN and 5G Advanced; Week 9 — Industry Use Cases and Projects; Week 10 — Career Readiness and Assessment. The program concludes with technical assessments, mock interviews, resume guidance, and final certification.

What is the fee for the eTransform program?

The standard individual fee is ₹1,15,000 for the full 12-week program. A discounted student fee of ₹29,495 plus GST is available for eligible students. Early Bird discounts are available for limited seats in upcoming batches. Special pricing is available for group or college enrollments. EMI and installment options may be available upon request. Contact eTransform@techphosis.com for pricing confirmation and batch availability.

What certifications do participants receive after completing eTransform?

Participants who successfully complete all modules and assessments receive two formal recognitions. First, a Certificate of Completion — issued on successful completion of the full 12-week eTransform Telecom Professional Program. Second, a Practical Lab Participation Certificate — recognising hands-on participation in telecom lab and integration environments. Both certificates are issued by TechPhosis and speak directly to the participant’s practical readiness for industry roles.

Is the eTransform program available online or only in person?

What jobs can I get after completing eTransform?

eTransform graduates are prepared for roles including 5G Engineer, Telecom Software Engineer, Network Integration Engineer, RAN Engineer, Telecom Test Engineer, Open RAN Engineer, Core Network Engineer, Deployment Engineer, Cloud Telecom Engineer, and Telecom Support Engineer. Companies hiring across telecom operators, OEMs, system integrators, networking companies, cloud and edge computing firms, and semiconductor companies are actively seeking candidates with this skill set.

How do I enroll in eTransform?

Option 1 — the 5G Network-in-a-Box with SDR B210 on a single COTS machine — is the most suitable starting point for universities. It is budget-friendly, easy to set up, and provides a complete 5G stack for coursework, research, and experimentation. It supports academic projects, lightweight enterprise testing, and training setups. For institutions with more advanced research needs, Option 2 (Distributed 5G) provides more realistic architecture for protocol and interface research.

5G Solutions

RAN, Core, Network-in-a-Box and NTN

What 5G RAN solutions does TechPhosis offer?

TechPhosis provides end-to-end support for foreign OEMs and ODMs entering India’s fast-growing 5G market. This includes setting up Offshore Development Centers (ODC) with dedicated engineering teams, navigating regulatory compliance and device certification, product localization for India-specific requirements, building relationships with Indian telecom operators and system integrators, and providing go-to-market engineering and deployment support. India is one of the world’s fastest-growing 5G markets and TechPhosis is your established local engineering partner.

What is a 5G Network-in-a-Box (NiB) and what are its use cases?

A 5G Network-in-a-Box combines the gNB (CU, DU, PHY, and Radio) and the 5G Core into a single compact enclosure — creating a complete, self-contained 5G network that requires no additional devices or network functions. It is built on NXP NPUs with Qualcomm-based PHY and radio. Key use cases include private 5G for smart cities, industries, and defence operations, mining and oil and gas field connectivity, drone-borne 5G deployment, emergency and disaster response networks, and rapid commercial PoC environments.

What is a 5G Network-in-a-Box (NiB) and what are its use cases?

What frequency bands does TechPhosis support?

What throughput can I expect from TechPhosis 5G solutions?

Throughput varies by configuration. Our commercial RAN solution delivers up to 1.2 Gbps downlink and 200 Mbps uplink. Across our lab solutions, downlink throughput ranges from over 140 Mbps to 1.5 Gbps, and uplink from 25 Mbps to over 250 Mbps. Actual throughput depends on frequency band, bandwidth, MIMO configuration, and deployment environment. Contact our team for configuration-specific performance data.

How lightweight is TechPhosis' 5G Core solution?

What is TechPhosis' 5G NTN Solution and who is it for?

TechPhosis’ 5G Non-Terrestrial Network (NTN) Solution integrates satellite communications with terrestrial 5G into a unified, standards-based architecture — enabling reliable connectivity in remote, maritime, rural, and mission-critical environments where conventional cellular networks cannot reach. It is currently optimized for GSAT-6 L- and S-band satellite communications and also supports Ku-band SATCOM through RF frequency conversion. It is built for defence organizations, maritime operators, disaster response agencies, mining and energy companies, and any enterprise operating beyond terrestrial 5G coverage.

Does TechPhosis' NTN solution require new devices or network changes?

No. A key design principle of the TechPhosis NTN Solution is that existing 5G applications, services, and devices can operate over satellite links without significant changes to the core network architecture. The RF conversion layer abstracts the satellite interface — the terrestrial 5G system remains unchanged while adapting to the satellite segment requirements. This protects existing infrastructure investments and simplifies migration.

Which 3GPP release is the TechPhosis 5G solution built on?

Can TechPhosis deploy 5G for private enterprise networks?

Gerenal Faq

General

Who we are, what we do, how we work

What is TechPhosis and what does it do?

TechPhosis provides end-to-end support for foreign OEMs and ODMs entering India’s fast-growing 5G market. This includes setting up Offshore Development Centers (ODC) with dedicated engineering teams, navigating regulatory compliance and device certification, product localization for India-specific requirements, building relationships with Indian telecom operators and system integrators, and providing go-to-market engineering and deployment support. India is one of the world’s fastest-growing 5G markets and TechPhosis is your established local engineering partner.

Where is TechPhosis based and where does it operate?

What industries does TechPhosis serve?

TechPhosis serves a wide range of industries including telecommunications (operators and OEMs), enterprise private networks, defence and public safety, smart manufacturing and Industry 4.0, smart cities, healthcare, agriculture, maritime operations, mining and energy, and academic and research institutions. Our solutions are designed to work across any sector that requires reliable, carrier-grade 5G connectivity.

How much experience does the TechPhosis team have?

What makes TechPhosis different from other telecom engineering companies?

Several things set TechPhosis apart. First, we are a single partner for the complete telecom product lifecycle — from R&D and platform porting to testing, optimization, and market entry. Second, we operate India’s largest dedicated 5G/6G Innovation Lab, giving customers a real environment to test and validate solutions before commercial deployment. Third, our team has deep expertise across all leading silicon platforms including Intel, NXP, Marvell, ARM, NVIDIA, AMD, and RISC-V. Fourth, our solutions are built to 3GPP and O-RAN open standards — not proprietary lock-in.

Does TechPhosis work with startups or only large enterprises?

We work with organizations of all sizes — from global OEMs and telecom operators to innovative startups and academic institutions. Our solutions are modular and scalable, which means a startup exploring 5G with a lab kit and a large operator deploying commercial RAN can both find the right TechPhosis engagement model. The eTransform program is specifically designed to build the next generation of telecom talent, regardless of organization size.

How do I get in touch with TechPhosis?

Does TechPhosis have case studies or reference customers I can speak to?

Services Faq

Services

Engineering, testing, porting and AI

What engineering services does TechPhosis provide?

TechPhosis provides five categories of engineering services. First, RAN and Core R&D — covering 5G RAN, 5G Core, UE software, edge computing, and radio design. Second, Platform Porting and Integration — across Intel, NXP, Marvell, ARM, NVIDIA, AMD, and RISC-V platforms. Third, Testing and Validation — functional, regression, performance, protocol conformance, and O-RAN compliance testing. Fourth, AI and ML Optimization — native AI integration into 5G stacks, intelligent automation, and predictive analytics. Fifth, India Market Entry — ODC setup, engineering teams, compliance, localization, and go-to-market support.

What processor platforms does TechPhosis support for platform porting?

What testing tools and equipment does TechPhosis use?

Does TechPhosis offer end-to-end product development or only specific engineering phases?

Can TechPhosis help with 3GPP and O-RAN compliance certification?

Yes. TechPhosis provides protocol conformance testing and O-RAN Alliance compliance validation services. We validate across key interfaces including F1, E1, E2, and O1, and conduct end-to-end validation across terrestrial, OTA, and satellite links. We also support 3GPP Release 18 and 19 feature validation. Our Lab as a Service offering provides a fully managed environment for device certification and compliance testing.

How does TechPhosis approach AI integration into 5G networks?

TechPhosis embeds AI and machine learning natively into 5G network stacks rather than adding it as an overlay. Our AI capabilities include xAPP development for Near-RT-RIC, rAPP development for Non-RT-RIC, intelligent RAN optimization, predictive capacity planning, traffic pattern analysis, energy optimization, automated log analysis, root cause analysis, and AI-assisted regression testing. We work with MNOs, MVNOs, and private enterprise networks to deploy AI that is operationally relevant from day one.

Does TechPhosis support remote engagements or only on-site work?

TechPhosis supports both remote and on-site engagements depending on the nature of the work. Most software development, platform porting, and AI optimization work is conducted remotely. Testing and validation engagements may be conducted remotely via our Lab as a Service offering or on-site at customer premises. India Market Entry engagements typically involve both remote support and in-country presence. We tailor the engagement model to your requirements.

5G/6G RAN Products

5G/6G Core & IMS

NETWORK IN A BOX

AI FOR 5G/6G

5G/6G Lab Solutions

Search & Rescue

NTN

RAN & Core R&D Services

Platform Porting and Integration

Testing & Validation