Cable Modem Equipment Market By Equipment Type (Standalone Cable Modems, Modem Gateways, eMTAs, Commercial/Enterprise Modems); By Application (Residential Broadband, Small Office/Home Office, Commercial & Retail Access); By End User (Internet Service Providers, Retail Consumers, SMBs, Hospitality & MDUs); By Geography, Segment Revenue Estimation, Forecast, 2024–2030

Introduction And Strategic Context

The Global Cable Modem Equipment Market is on track to reach $12.8 billion by 2030 , up from an estimated $8.3 billion in 2024 , reflecting a steady CAGR of 7.4% over the forecast period (2024–2030). As fixed broadband traffic continues to balloon and streaming services dominate home entertainment, cable modem infrastructure is evolving fast — not just to handle bandwidth, but to meet the changing dynamics of hybrid work, digital classrooms, and 4K/8K video demand.

 

At its core, cable modem equipment includes DOCSIS-based modems, gateways, and embedded multimedia terminal adapters ( eMTAs ) that connect end-users to cable ISPs. While the tech may seem mature, there's a growing strategic urgency to upgrade these devices. That’s because network operators are under pressure to reduce churn, offer multi-gig speeds, and squeeze more out of legacy coaxial infrastructure before overhauling to fiber. In that context, the humble cable modem is becoming a battleground for customer experience.

 

DOCSIS 3.1 still dominates the install base, but DOCSIS 4.0 is finally entering the market — enabling symmetrical multi-gigabit services over coax. This shift is opening up new hardware opportunities not just for consumer premises equipment (CPE) makers, but also chipset designers, firmware providers, and OEMs that serve tier-1 broadband operators. There’s also increasing demand for hybrid fiber-coax (HFC) support and seamless remote provisioning via TR-069 and newer protocols.

 

Meanwhile, Wi-Fi expectations are rising even faster than broadband speeds. So integrated cable modem gateways that support Wi-Fi 6 and 6E , advanced QoS , and mesh networking are now the new standard — especially in the U.S., where cable still accounts for over 60% of fixed broadband. This has pushed leading players to bundle intelligent traffic management, cybersecurity features, and even AI-based optimization into cable modem firmware.

 

On the enterprise side, SMBs and small offices are turning to business-grade cable modems with static IP support, dual-stack IPv6/IPv4 routing, and DOCSIS Proactive Network Maintenance (PNM) tools. These devices are increasingly tied to managed service models offered by cable MSOs.

 

The stakeholder landscape is shifting. OEMs like ARRIS (now part of CommScope ), Netgear , Cisco, and Technicolor are contending with low-cost OEMs in Asia. Chipset vendors — especially Broadcom and MaxLinear — are doubling down on 5nm and 7nm DOCSIS SoCs . Meanwhile, cable operators are rethinking how they package hardware as part of the overall customer value chain, often offering premium gateways as a competitive differentiator.

 

In short, cable modem equipment isn’t just “CPE” anymore. It’s becoming a convergence point for access, Wi-Fi, software, and service orchestration — which is why this market is getting more strategic, not less.

 

Market Segmentation And Forecast Scope

The cable modem equipment market cuts across several strategic layers — from device types to target end-users and deployment models. To understand where the momentum is building, it’s helpful to break the market into four primary dimensions : by type, by application, by end user, and by region .

By Equipment Type

This dimension reflects the hardware architecture and functionality built into each device.

• Standalone Cable Modems: Basic modem units that provide raw internet access without integrated Wi-Fi. Still common in low-cost or user-managed setups, especially in rental properties or BYOD ISP plans.

• Cable Modem Gateways (Modem + Wi-Fi Routers): Now the mainstream choice for residential broadband. These devices combine DOCSIS 3.1 or 4.0 modems with Wi-Fi 6/6E or even Wi-Fi 7 routers. Some models include mesh networking support and built-in security software.

• Embedded Multimedia Terminal Adapters (eMTAs): Devices that support both broadband and VoIP telephony. Demand here remains steady, especially in multi-play subscription bundles offered by ISPs.

• Commercial/Enterprise Modems: High-throughput models designed for small offices or retail chains. Typically support fixed IP, load balancing, remote diagnostics, and multi-VLAN support.

Among these, gateways are leading the market — accounting for over 52% of revenue share in 2024 — largely due to bundled ISP offerings and rising user expectations for integrated home Wi-Fi.

 

By Application

Use cases for cable modem equipment are expanding as connectivity becomes critical in more environments:

• Residential Broadband: Dominates the segment, especially in suburban and rural areas where fiber isn’t yet feasible.

• Small Office/Home Office (SOHO): A fast-growing segment. Remote workers and startups need robust, secure internet that bridges consumer simplicity and enterprise features.

• Commercial and Retail Access: Cable internet is still a budget-friendly option for smaller retailers, clinics, and local government facilities.

The SOHO segment is growing fastest (CAGR >9%) thanks to hybrid work adoption, video conferencing needs, and latency-sensitive applications like VoIP and cloud collaboration.

 

By End User

• Internet Service Providers (ISPs): Still the primary buyers of cable modem equipment. They often lease hardware as part of monthly plans, making them key volume drivers.

• Retail Consumers (DIY buyers): A significant slice, especially in North America, where tech-savvy users prefer to purchase modems with better specs than what ISPs provide.

• Enterprises & SMBs: Purchase directly or via managed service providers. This group demands higher uptime and advanced control features.

Retail is a stable channel, but ISPs still control most of the market — not just in volume, but in shaping hardware standards and firmware cycles.

 

By Region

• North America

• Europe

• Asia Pacific

• Latin America

• Middle East & Africa

Regional dynamics play a big role in equipment preference and upgrade cycles. For example, DOCSIS 4.0 deployment will pick up faster in the U.S., while APAC demand leans heavily toward value-based DOCSIS 3.1 hardware.

Scope Note : The forecast for this market covers 2024 to 2030 , with revenue estimates in USD Million . The base year for sizing is 2023 , and historical data stretches back to 2018 .

While the market has long been segmented by DOCSIS version, the real commercial battle now lies in form factor , Wi-Fi performance , and remote management support — not just modem throughput.

 

Market Trends And Innovation Landscape

The cable modem equipment market is undergoing a major shift — not because people are suddenly excited about modems, but because the demands on those devices are reaching new highs. From bandwidth to latency, from Wi-Fi reach to cybersecurity, expectations are climbing. And so is the innovation.

DOCSIS 4.0 Is (Finally) Real — But Rollout Will Be Staggered

After years of talk, DOCSIS 4.0 modems are beginning to enter operator trials and limited commercial deployment. The big draw? Symmetrical multi-gigabit speeds (up to 10 Gbps ) using existing coaxial networks. It’s a defensive play against FTTH rollouts — letting cable operators compete with fiber on speed without digging up streets.

That said, hardware adoption will be gated by operator readiness , especially as backend infrastructure needs to be upgraded in parallel. So DOCSIS 4.0 modem penetration will likely remain under 10% of total units through 2025, rising sharply only as MSOs accelerate plant upgrades.

An engineer at a leading MSO put it bluntly: “DOCSIS 4.0 gives us time. Fiber is coming, but 4.0 gives us 3–5 years to compete with less capex.”

 

Wi-Fi 6 and 6E Have Become the Standard — Wi-Fi 7 Is on the Horizon

Today’s end users aren’t benchmarking their internet experience on modem specs — they judge it by Wi-Fi performance. That’s why nearly every new gateway ships with Wi-Fi 6 , and more vendors are adding 6E support.

More importantly, vendors are optimizing for real-world issues:

• Dynamic band steering

• Advanced QoS for video streaming

• Mesh compatibility and cloud-based diagnostics

Wi-Fi 7 modems are in prototype stage, promising 320 MHz channel support and latency under 5ms. They’ll likely pair with DOCSIS 4.0 to form premium-tier offerings in 2026–2027.

 

Intelligent Firmware, Not Just Hardware

Modems are becoming smarter under the hood. Leading vendors now offer:

• Cloud-managed firmware for automated updates

• AI-powered diagnostics to identify noise, packet loss, and interference

• Built-in cybersecurity suites to monitor and block malicious traffic

This software layer is increasingly a competitive moat. Some ISPs are even starting to differentiate based on the modem user experience , not just raw speed.

 

Open Standards and Remote Provisioning Gain Ground

With the rise of TR-369 (USP) and advanced TR-069 profiles, cable modems are now remotely manageable at a granular level . Operators can push updates, tweak parameters, or troubleshoot without a truck roll.

This has also opened the door to zero-touch provisioning for consumer installations — a big cost saver for ISPs, especially in North America and Europe.

 

Chipset Advancements Are Quietly Driving Performance

Under the radar, Broadcom, MaxLinear , and MediaTek are pushing the limits of what’s possible in DOCSIS SoCs . The latest designs use 5nm process nodes , integrate AI engines, and support up to 8x8 OFDM channels for high throughput in noisy environments.

This silicon innovation allows for lower power use, faster throughput, and better thermal performance — critical for compact modem-gateway units running 24/7.

 

Green Modems and Power Efficiency Becoming Talking Points

With home electronics under scrutiny for power consumption, several vendors are marketing Eco Mode features, low-idle power states, and Energy Star compliance . These may seem minor, but for large ISPs, a 1-watt reduction per device scales to millions in annual energy savings.

 

Bundling, Not Commoditization

Despite the risk of price wars, leading modem vendors are fighting commoditization through value bundling :

• Mesh Wi-Fi nodes

• Mobile app control

• Parental filters and smart home integration

Instead of lowering prices, they’re adding features — and pushing higher-margin SKUs.

Bottom line: the modem is no longer a dumb pipe. It’s becoming a software-defined access point, a Wi-Fi hub, and a service delivery platform — all wrapped in one box.

 

Competitive Intelligence And Benchmarking

The cable modem equipment market may appear commoditized at first glance, but the battle beneath the surface is anything but generic. The top players aren’t just fighting for hardware slots — they’re embedding themselves in ISP ecosystems, firmware updates, customer analytics, and long-term service contracts. Here's how the competition is shaping up.

ARRIS ( CommScope )

Once the undisputed leader in DOCSIS hardware, ARRIS — now a part of CommScope — remains deeply entrenched in ISP relationships, especially in North America and Latin America. Their edge? Full-stack offerings that bundle cable modems with remote management platforms , mesh Wi-Fi extensions , and custom firmware for ISPs. They're also ahead in DOCSIS 4.0 trials, partnering with multiple U.S.-based MSOs for early field testing.

Their primary focus has shifted toward integrated gateways with Wi-Fi 6 , and they’re among the few that support mass customization at scale for tier-1 operators.

 

Netgear

While not dominant in ISP deals, Netgear is a consumer favorite in the retail segment . They’ve carved out a niche with high-performance modems and modem-routers that target tech-savvy buyers looking for speed, security, and flexibility.

Netgear’s value proposition lies in premium features: Wi-Fi 6E , multi-gig Ethernet ports , Netgear Armor cybersecurity , and clean mobile app UX. Their Nighthawk and Orbi lines are often top-of-mind for DIY upgrades — particularly in the U.S. and parts of Europe.

They’re also investing heavily in DOCSIS 3.1 and 4.0 retail devices , aiming to capture early adopters.

 

Technicolor Connected Home (now Vantiva )

Technicolor , recently rebranded as Vantiva , has long played the OEM partner role for ISPs, especially across Europe and Asia. They focus on white-label modem gateways , giving ISPs flexibility to brand and remotely manage hardware.

Their strength lies in low-to-mid cost gateways with decent Wi-Fi specs and solid provisioning tools. Vantiva is especially active in DOCSIS 3.1 and has hinted at Wi-Fi 7 trials in late 2025. They're also doubling down on eco-friendly designs and recyclable packaging to meet European sustainability mandates.

 

Cisco

Though best known for enterprise networking, Cisco has maintained a quiet but strategic presence in cable modem infrastructure. Their focus is on business-grade modems , edge routing , and cable access platforms (like Remote PHY).

They’re not playing in retail or mass-market residential, but Cisco dominates in scenarios where modem integration with SD-WAN or hybrid cloud access is required. Cable MSOs often turn to Cisco for back-end provisioning and diagnostics, giving them leverage beyond hardware.

 

Ubee Interactive

Less known to consumers but a significant player in ISP channels, Ubee has shipped tens of millions of modems globally. They’re especially active in Asia Pacific , Latin America , and Eastern Europe , where price-performance is critical.

Ubee devices typically run on Broadcom or MaxLinear chipsets , offer robust DOCSIS 3.1 support, and are known for their reliability over flash. They’ve started integrating cloud-based device diagnostics , aiming to help ISPs cut down support calls and truck rolls.

 

Hitron Technologies

A mid-sized player with big ambitions, Hitron is known for its high-speed modem gateways and DOCSIS 3.1 specialization . They’ve gained ground in Canada , parts of the U.S. , and Western Europe by offering modem/router combos with excellent RF tuning — a must in regions with signal interference issues.

They're also leaning into remote provisioning standards like USP/TR-369, aiming to future-proof their ISP-facing hardware.

 

Competitive Dynamics at a Glance:

• ARRIS and Technicolor ( Vantiva ) dominate OEM and ISP partnerships , with highly customized firmware ecosystems.

• Netgear leads the retail upgrade market , especially in North America.

• Cisco plays a strategic role in enterprise-grade cable modem infrastructure , rarely competing on shelves.

• Hitron and Ubee carve out space by targeting cost-sensitive ISPs and prioritizing fast time-to-market.

• Broadcom and MaxLinear quietly dictate the limits of performance through chipset dominance, influencing every player in the chain.

To be honest, winning in this market is less about flashy hardware specs and more about long-term stickiness with ISPs. If you can make their lives easier, reduce support costs, and keep customers from churning, you win — even if your modem isn't the fastest on paper.

 

Regional Landscape And Adoption Outlook

While cable modem equipment is a global category, its adoption patterns vary widely depending on infrastructure maturity, broadband strategy, and local competition from fiber and mobile broadband. The rollout of DOCSIS 4.0 , in particular, is creating stark contrasts in readiness — some regions are already trialing symmetrical gigabit offerings, while others are still onboarding DOCSIS 3.0 users.

North America

Still the world’s largest and most mature cable broadband market, North America accounts for over 38% of global cable modem equipment revenues in 2024 .

The U.S. market is dominated by a handful of massive MSOs (e.g., Comcast, Charter, Cox ) who deploy cable modem gateways at scale. Upgrades to Wi-Fi 6E gateways and early DOCSIS 4.0 pilots are already underway.

Canada, while smaller, also relies heavily on HFC networks and has begun trials of dual-stack IPv6-enabled cable modems in both urban and rural areas.

Retail sales of modems are also strong in this region, driven by consumer demand for control, speed, and integrated cybersecurity — especially among tech-savvy home office users.

What’s driving growth? Hybrid work, 4K/8K streaming, and increasing dissatisfaction with outdated ISP-provided gear.

 

Europe

Europe presents a patchwork — highly advanced in some areas, slower in others. Countries like Germany, the UK, and the Netherlands have well-established cable operators pushing high-speed DOCSIS 3.1 modems and gateways.

EU regulations around sustainability , consumer privacy , and energy efficiency are also shaping modem specs — vendors need to meet EcoDesign directives and offer GDPR-compliant firmware and telemetry.

Eastern Europe, by contrast, is still a DOCSIS 3.0-heavy region. That said, operators in Poland, Romania, and Hungary are starting to leapfrog directly to Wi-Fi 6 gateways , often bundled with IPTV and VoIP.

Notably, open router mandates in countries like Germany allow users to choose their own modems — which drives up retail sales and competition in higher-end gateway models.

 

Asia Pacific

APAC is the most diverse region in terms of growth stage. In Japan and South Korea , cable internet is being gradually replaced by fiber — but there’s still demand for commercial-grade DOCSIS equipment in dense urban zones.

China and India , on the other hand, are seeing rising demand for affordable DOCSIS 3.1 modems in metro areas and suburban expansion zones. Operators are bundling modem gateways with IPTV and home security systems — creating all-in-one connected home platforms.

Southeast Asia is still heavily mobile-first, but cable internet is gaining ground in countries like Vietnam, Thailand, and the Philippines , especially for fixed installations in schools and small businesses.

APAC is also a hotspot for low-cost OEM production — many modems used globally are manufactured here, giving regional ISPs access to early tech at better margins.

 

Latin America

LATAM remains a mixed opportunity. Brazil and Mexico are the two largest cable modem markets here, with operators pushing Wi-Fi 6-enabled gateways to meet urban broadband demand.

Cost sensitivity remains high, so DOCSIS 3.1 modems without VoIP are most common. Retail modem sales are limited, as ISPs typically control hardware distribution.

Several countries are working with public-private partnerships to expand cable internet access in underserved communities — creating small but fast-growing demand for rugged, low-maintenance modem hardware.

 

Middle East & Africa (MEA )

The smallest — but potentially strategic — region. Cable infrastructure is limited, but where it exists (UAE, Saudi Arabia, South Africa), modem equipment tends to be high-end and tightly integrated with smart home platforms.

In South Africa , some operators are piloting cloud-managed modem platforms for commercial buildings and co-working hubs. In North Africa , Egypt and Morocco are seeing early-stage deployments of DOCSIS 3.1 gateways via regional telecom partners.

That said, the real limiter here is lack of consistent coaxial infrastructure. Many markets in MEA are leapfrogging directly to fiber or 5G fixed wireless access (FWA), bypassing traditional cable entirely.

 

Key Regional Takeaways:

• North America leads in tech adoption and upgrade cycles, especially for DOCSIS 4.0 and Wi-Fi 6/6E.

• Europe is regulated but mature, with strong retail dynamics and growing sustainability requirements.

• APAC is volume-driven, split between price-sensitive deployments and premium OEM innovation.

• LATAM offers mid-scale opportunity where affordability meets rising demand.

• MEA remains a niche play — unless coax infrastructure expands or converges with hybrid wireless deployments.

Regional winners in this space will be those who can tailor not just the hardware, but the channel strategy — retail in the West, ISP-direct in the South, and hybrid playbooks in Asia.

 

End-User Dynamics And Use Case

The cable modem equipment market isn’t just about shipping boxes — it’s about how different buyers use, deploy, and manage those boxes. From massive telcos to solo entrepreneurs working from home, the needs vary sharply. What they have in common is rising expectations for speed, reliability, and simplicity — all of which are now being shaped at the modem level.

Internet Service Providers (ISPs )

These are still the dominant buyers by volume. ISPs source cable modems in bulk, often under OEM contracts with vendors like ARRIS , Technicolor ( Vantiva ) , or Ubee . Their priorities are very specific:

• Remote manageability : via TR-069 or TR-369 (USP), for firmware updates and troubleshooting

• Custom firmware : to support branded UIs and service-layer integration

• Customer retention : premium modems with fast Wi-Fi and built-in security reduce churn

• Inventory flexibility : ability to switch between DOCSIS 3.1 and 4.0 depending on region

Larger ISPs increasingly prefer Wi-Fi gateway bundles that eliminate the need for additional routers — simplifying home installations and tech support.

 

Retail Consumers (DIY Buyers )

A significant chunk of demand, especially in North America and parts of Europe , comes from consumers who want better performance than what their ISP provides. These users tend to prioritize:

• Top-tier Wi-Fi performance (Wi-Fi 6E or Wi-Fi 7-ready)

• No rental fees — owning their modem saves $10–15/month

• Enhanced control — mobile apps, parental filters, mesh capabilities

They’re also more likely to care about design, brand, and firmware transparency. Netgear , Motorola, and ASUS compete aggressively in this space.

 

Small and Medium Businesses (SMBs)

SMBs — such as clinics, cafés, and co-working spaces — often opt for business-grade cable modem gateways . These units offer:

• Static IP support and VPN passthrough

• Higher uptime SLAs

• Support for multiple VLANs or guest networks

• Low-latency optimization for VoIP and video conferencing

ISPs often bundle these with managed service packages , including remote diagnostics and on-site support — turning the modem from a hardware sale i nto a recurring revenue stream.

 

Hospitality, Education, and Multi-Dwelling Units (MDUs )

These users may not buy modems directly but are still critical to the ecosystem. Bulk provisioning of modem gateways is common in:

• University dorms

• Hotels and serviced apartments

• Large housing developments

These installations require centralized control , often through cloud dashboards that can monitor dozens or hundreds of gateways at once.

 

Use Case Highlight: ISP-Led Upgrade for Remote Workers in Urban U.S. Market

A leading U.S. cable operator noticed an uptick in service complaints from remote workers citing poor video call quality and lag in cloud applications. After analyzing support data, they found that older modem models — many without QoS or dual-band Wi-Fi — were the weak link.

They rolled out a program offering free modem upgrades to select subscribers , deploying DOCSIS 3.1 gateways with Wi-Fi 6 and app-based support. Within 60 days:

• Call center complaints dropped by 27%

• Average upload speed (per user) increased 3x

• Customer satisfaction scores improved by 15% in target regions

It wasn’t a flashy fiber upgrade — it was a smart hardware refresh at the edge. And it paid off.

In today’s market, every end-user — from an apartment tenant to a business manager — expects seamless, high-performance broadband. That puts the burden squarely on the modem. Vendors who understand these nuanced user dynamics are already building smarter, more adaptive devices.

 

Recent Developments + Opportunities & Restraints

The cable modem equipment market has seen a flurry of activity in the past two years — not just from chipset upgrades or Wi-Fi iterations, but from deeper structural shifts in how ISPs deliver service, how consumers manage home networks, and how hardware evolves into software-driven platforms. Here's what’s changing, and where it’s heading.

Recent Developments (Last 2 Years)

• Broadcom Introduces DOCSIS 4.0 Chipsets (2024): Broadcom launched a new line of 5nm DOCSIS 4.0 SoCs , optimized for high-throughput, low-latency traffic with integrated AI cores for diagnostics. These are now being tested by major OEMs including ARRIS and Technicolor.

• Netgear Unveils Wi-Fi 6E Modem-Router Combos for Power Users (2023): Netgear released a series of premium DOCSIS 3.1 modems with tri-band Wi-Fi 6E , targeting the retail enthusiast segment. Bundled software includes smart traffic shaping and mobile app diagnostics.

• CommScope Partners with Comcast for DOCSIS 4.0 Field Trials (2024): ARRIS ( CommScope ) began limited deployments of next-gen DOCSIS 4.0 gateways in collaboration with Comcast in select U.S. markets.

• TR-369 (USP) Gaining Adoption Across Major ISPs (2023–2024): Remote provisioning and real-time device monitoring via User Services Platform (USP) protocols are now part of standard modem rollouts in North America and parts of Europe.

• Hitron Launches AI-Optimized Modem Interface (2023): Hitron released an intelligent UI for cable gateways that learns user patterns to auto-adjust QoS and signal channeling — aimed at reducing user complaints and tech support load.

 

Opportunities

• Growth in Emerging Markets With Underserved Fixed Broadband: Countries in Southeast Asia, Africa, and LATAM are expanding coaxial-based fixed broadband — often bypassing fiber due to cost. Affordable DOCSIS 3.1 gateways are in high demand, opening up a large addressable market for vendors willing to localize and scale.

• Rise of the Connected Home = Gateway Upgrades: Smart home adoption (video doorbells, smart thermostats, mesh networks) is driving upgrades from basic modems to Wi-Fi 6/6E-enabled gateways with more CPU power and better RF design.

• Remote Work Normalization is Sustaining High-End Retail Demand: With hybrid work here to stay, consumers are upgrading gear to maintain uptime and low latency — creating a stable pull for premium modems with integrated cybersecurity and multi-gig ports.

 

Restraints

• Slow DOCSIS 4.0 Ramp-Up: Despite technical readiness, operators are cautious about full-scale DOCSIS 4.0 deployment due to backend infrastructure costs and ROI concerns. This tempers mass adoption and delays high-margin hardware sales.

• Fiber Expansion Threatens Long-Term Viability: In many urban markets, fiber is expanding aggressively. Once fiber-to-the-home (FTTH) is in place, the demand for cable modem equipment drops sharply — especially in dense metros where ISPs are overbuilding with XGS-PON.

 

7.1. Report Coverage Table

Report Attribute	Details
Forecast Period	2024 – 2030
Market Size Value in 2024	USD 8.3 Billion
Revenue Forecast in 2030	USD 12.8 Billion
Overall Growth Rate	CAGR of 7.4% (2024 – 2030)
Base Year for Estimation	2024
Historical Data	2019 – 2023
Unit	USD Million, CAGR (2024 – 2030)
Segmentation	By Equipment Type, By Application, By End User, By Region
By Equipment Type	Standalone Cable Modems, Modem Gateways, eMTAs, Commercial/Enterprise Modems
By Application	Residential Broadband, Small Office/Home Office, Commercial & Retail Access
By End User	Internet Service Providers, Retail Consumers, SMBs, Hospitality & MDUs
By Region	North America, Europe, Asia Pacific, Latin America, Middle East & Africa
Country Scope	U.S., Canada, UK, Germany, China, India, Japan, Brazil, UAE, South Africa
Market Drivers	• Rising demand for multi-gig broadband access • Growth of hybrid work and connected homes • OEM innovations in DOCSIS 4.0 and Wi-Fi 6/6E
Customization Option	Available upon request