Wavelength Division Multiplexer Market Size | Industry Report, 2035

The Global Wavelength Division Multiplexer Market size was estimated at USD 5.84 billion in 2025 and is projected to reach USD 13.91 billion by 2035, growing at a CAGR of 9.05% from 2026 to 2035. Optical wavelength multiplexing technologies enable multiple optical signals to travel simultaneously through a single fiber, strengthening transmission efficiency while supporting bandwidth-intensive enterprise applications. Expanding cloud infrastructure, high-speed telecommunications networks, hyperscale data centers, and digital transformation investments continue to reinforce the commercial relevance of advanced optical networking platforms across global industries.

Key Highlights

• North America accounted for 36.4% of global revenue due to mature optical communication infrastructure and sustained carrier investments.
• DWDM represented 44.8% of total industry revenue, remaining the preferred architecture for high-capacity transport networks.
• Data Center Interconnect recorded the fastest expansion with an estimated 10.8% CAGR throughout the forecast period.
• More than 52% of newly deployed intelligent optical transport solutions incorporated AI-assisted network management capabilities.
• Nearly 48% of enterprise procurement programs prioritized scalable optical bandwidth expansion to support cloud and AI workloads.
• Around 61% of strategic infrastructure investments emphasized programmable optical networking and automated wavelength management.

Wavelength Division Multiplexer Market Overview

The Wavelength Division Multiplexer market has evolved into a foundational element of modern optical communication networks by maximizing fiber utilization without requiring extensive physical infrastructure expansion. Telecommunications operators, hyperscale cloud providers, financial institutions, public-sector organizations, and multinational enterprises increasingly prioritize wavelength multiplexing technologies to improve network capacity while controlling long-term ownership costs. Procurement strategies emphasize modular architectures capable of supporting continuous bandwidth expansion alongside simplified maintenance and interoperability across multi-vendor environments.

Enterprise investment increasingly reflects long-term infrastructure modernization rather than isolated equipment replacement. Buyers evaluate optical transport solutions according to transmission performance, scalability, software integration, energy efficiency, cybersecurity readiness, and lifecycle support. As digital transformation initiatives accelerate worldwide, optical networking platforms continue supporting business-critical workloads including cloud computing, artificial intelligence, high-performance computing, edge applications, and real-time data exchange.

Deployment maturity continues advancing through software-defined networking, centralized optical management, predictive maintenance, and intelligent provisioning capabilities. Equipment manufacturers strengthen competitive positioning by integrating automation, analytics, and open networking standards into product portfolios. Procurement organizations increasingly favor vendors capable of delivering interoperable ecosystems, flexible deployment models, and comprehensive post-deployment support, reinforcing sustained commercial expansion across carrier and enterprise networking environments.

Key Market Drivers & Industrial Demand Dynamics

Continuous expansion of hyperscale cloud infrastructure remains one of the strongest commercial drivers supporting industry development. Global enterprises increasingly distribute computing workloads across multiple data centers, requiring resilient, high-capacity optical transmission capable of supporting uninterrupted traffic flows. Wavelength multiplexing enables operators to increase network throughput without installing additional fiber, improving capital efficiency while accommodating accelerating digital workloads. Procurement teams therefore prioritize scalable optical platforms capable of supporting long-term infrastructure evolution rather than incremental network upgrades.

Telecommunications modernization continues transforming carrier investment priorities. Deployment of 5G, fiber broadband, and next-generation transport architectures requires advanced optical communication technologies capable of supporting higher traffic volumes with lower operational complexity. Service providers increasingly replace legacy transport equipment with programmable optical systems designed for intelligent bandwidth allocation and automated network management. These modernization initiatives strengthen equipment procurement across metropolitan, regional, and international transmission networks while improving operational flexibility.

Artificial intelligence, machine learning, and high-performance computing environments continue generating unprecedented internal network traffic. AI clusters exchange massive datasets requiring ultra-low latency communication across geographically distributed facilities. Optical multiplexing technologies support these demanding workloads by maximizing available fiber capacity while maintaining reliable transmission performance. Infrastructure planners increasingly integrate wavelength management into AI-ready network architectures, allowing enterprises to optimize computational efficiency without extensive physical network expansion.

Enterprise digital transformation initiatives continue reshaping networking requirements across banking, manufacturing, healthcare, education, retail, government, and industrial sectors. Organizations require secure, scalable communication infrastructure capable of supporting hybrid cloud operations, distributed workforces, cybersecurity frameworks, and business continuity strategies. Procurement decisions increasingly prioritize optical networking solutions that combine high transmission capacity with operational simplicity, software integration, and long-term serviceability. These purchasing behaviors create stable commercial opportunities throughout the optical communications value chain.

Government-backed broadband expansion programs and international fiber connectivity projects continue strengthening demand across developed and emerging economies. Public investment in digital infrastructure supports economic competitiveness, smart cities, industrial automation, educational connectivity, and public service modernization. Optical multiplexing technologies maximize utilization of newly deployed fiber assets while reducing long-term operating costs. Equipment vendors therefore benefit from sustained infrastructure investment programs that prioritize network resilience, transmission scalability, and efficient resource utilization.

Segmentation Analysis

Wavelength Division Multiplexer Market, By Product Type

Product segmentation reflects transmission capacity, deployment complexity, wavelength density, and operational requirements across diverse networking environments. Coarse Wavelength Division Multiplexing (CWDM) remains widely deployed in metropolitan and enterprise networks because it offers cost-effective bandwidth expansion with simplified implementation. Dense Wavelength Division Multiplexing (DWDM) supports carrier-grade backbone networks requiring maximum transmission capacity across long distances. Fiber Wavelength Division Multiplexing (FWDM) addresses specialized industrial and sensing applications, while Arrayed Waveguide Grating (AWG) technologies enable compact, high-density optical routing for advanced communication systems.

Buyer preference varies according to network scale, capital allocation, and future expansion objectives. Telecommunications operators and hyperscale cloud providers primarily invest in DWDM platforms because they support higher channel density and superior spectral efficiency. Enterprise organizations frequently deploy CWDM solutions where operational simplicity and lower implementation costs remain primary procurement priorities. AWG technologies continue expanding across advanced photonic integration initiatives driven by compact equipment design and improved network efficiency.

DWDM accounted for the largest procurement volume due to its widespread adoption across carrier backbone infrastructure and international transmission networks. AWG solutions represent the fastest-expanding product category as high-density optical architectures become increasingly important for hyperscale facilities, AI computing environments, and next-generation transport equipment.

Wavelength Division Multiplexer Market, By Component

Component-based procurement reflects the operational architecture of optical communication systems. Multiplexers and demultiplexers form the foundation of wavelength management by combining and separating optical signals across transmission networks. Optical Add-Drop Multiplexers provide dynamic wavelength routing, enabling carriers to optimize traffic distribution while minimizing operational disruption. Transceivers strengthen optical communication performance through higher transmission speeds and improved signal integrity, whereas optical filters enhance wavelength precision and transmission reliability across dense networking environments.

Large telecommunications deployments generally procure integrated component ecosystems to simplify installation, lifecycle management, and interoperability across existing infrastructure. Enterprise buyers increasingly emphasize standardized optical interfaces capable of supporting future network expansion without major hardware replacement. Equipment manufacturers continue integrating advanced photonic technologies into core components to improve transmission efficiency, reduce power consumption, and simplify maintenance activities.

Multiplexers maintain the largest commercial demand because every wavelength management system depends upon efficient optical aggregation. Optical Add-Drop Multiplexers demonstrate the strongest commercial expansion as programmable transport architectures increasingly require flexible wavelength routing throughout intelligent optical networks.

Wavelength Division Multiplexer Market, By Technology

Technology segmentation distinguishes passive and active optical multiplexing architectures according to operational functionality and infrastructure requirements. Passive WDM solutions operate without external power, making them attractive for organizations prioritizing energy efficiency, deployment simplicity, and reduced maintenance obligations. Active WDM technologies incorporate amplification, monitoring, signal conditioning, and network management capabilities suited for carrier-grade transmission environments requiring continuous operational visibility.

Procurement behavior differs according to deployment scale and network complexity. Enterprises with standardized communication requirements frequently select passive architectures because they provide reliable performance with lower operating expenses. Telecommunications carriers and cloud providers increasingly adopt active technologies to support intelligent traffic management, automated diagnostics, remote configuration, and software-defined network operations.

Passive WDM remains the largest technology category due to its extensive installed base across enterprise and metropolitan environments. Active WDM records the fastest commercial expansion because network operators increasingly prioritize intelligent management capabilities, operational automation, and programmable optical infrastructure supporting dynamic bandwidth allocation.

Wavelength Division Multiplexer Market, By Wavelength Band

Wavelength band selection directly influences transmission performance, attenuation characteristics, and compatibility with existing fiber infrastructure. O-Band solutions support short-distance communication environments emphasizing low latency, while C-Band remains the preferred operational range for long-distance optical transport due to favorable amplification characteristics. L-Band extends transmission capacity across high-density long-haul infrastructure, whereas other wavelength bands address specialized industrial, scientific, and research applications.

Carrier operators predominantly invest in C-Band deployments because they align with established optical amplifier technologies and long-distance transmission requirements. Data center operators increasingly evaluate wavelength band selection according to network density, latency objectives, and infrastructure compatibility. Industrial organizations emphasize application-specific wavelength optimization for sensing and specialized communication environments.

C-Band maintains procurement leadership across commercial optical networking deployments, while L-Band demonstrates stronger investment momentum as operators expand transmission capacity across existing fiber assets.

Wavelength Division Multiplexer Market, By Channel Count

Channel count represents a critical procurement criterion because it determines transmission capacity and network scalability. Low channel count systems primarily address enterprise access networks and localized communication environments. Medium channel count platforms support regional transport applications requiring balanced performance and investment efficiency. High channel count architectures enable hyperscale cloud environments, national carrier networks, and international backbone infrastructure demanding maximum bandwidth utilization.

Organizations evaluate channel count according to expected traffic growth, infrastructure lifespan, and operational flexibility. Carrier operators increasingly prioritize high channel count platforms capable of supporting long-term bandwidth expansion through modular upgrades. Enterprise customers frequently adopt medium channel count configurations that balance scalability with capital efficiency.

High channel count solutions account for the largest commercial demand because telecommunications operators continuously expand transmission capacity. Medium channel count systems demonstrate strong deployment momentum among enterprise organizations modernizing regional communication infrastructure.

Wavelength Division Multiplexer Market, By Deployment

Deployment segmentation reflects operational network architecture and transmission objectives. Metro networks continue representing the largest implementation environment because urban digital infrastructure requires efficient bandwidth optimization across densely connected regions. Long-haul deployments support national and international communication corridors emphasizing transmission reliability over extended distances. Data Center Interconnect solutions strengthen connectivity between hyperscale computing facilities, while access networks improve regional broadband distribution and enterprise connectivity.

Telecommunications providers maintain leadership in metropolitan and long-haul deployments through ongoing infrastructure modernization initiatives. Cloud providers increasingly prioritize Data Center Interconnect architectures supporting distributed AI computing environments. Broadband expansion programs continue strengthening investment across access network deployments serving residential, enterprise, and institutional users.

Metro networks remain the largest deployment category owing to widespread carrier investment across urban communication infrastructure. Data Center Interconnect represents the fastest-expanding deployment segment as cloud computing, artificial intelligence, and distributed digital services continue accelerating global bandwidth requirements.

Strategic Market Snapshot

The Wavelength Division Multiplexer market continues to transition from conventional transport infrastructure toward intelligent optical networking platforms capable of supporting cloud-native applications, AI-driven computing, and software-defined network management. Enterprise procurement strategies increasingly emphasize long-term infrastructure value rather than short-term equipment acquisition, encouraging investments in modular architectures that accommodate evolving bandwidth requirements without extensive fiber expansion. Commercial buyers prioritize interoperability with existing transport systems, open networking standards, lifecycle service capabilities, and centralized management platforms that simplify network administration across geographically distributed operations.

Carrier operators remain focused on expanding transmission capacity while reducing operational expenditure through automation and intelligent wavelength management. Hyperscale cloud providers continue investing in high-density optical communication platforms supporting distributed computing clusters and inter-data-center traffic optimization. Equipment manufacturers strengthen competitive differentiation by combining advanced photonics, programmable networking, AI-assisted monitoring, and software orchestration into integrated solution portfolios. These structural developments reinforce sustained commercial investment while positioning optical multiplexing technologies as a core component of next-generation digital communication infrastructure.

Value Chain, Cost Structure & Procurement Intelligence

The value chain encompasses optical component suppliers, photonic chip manufacturers, module assemblers, equipment manufacturers, software developers, system integrators, distributors, network operators, and managed service providers. Each participant contributes specialized capabilities that collectively determine solution quality, deployment efficiency, and long-term operational performance. Procurement organizations increasingly evaluate suppliers based on product reliability, interoperability, technical support, lifecycle services, manufacturing consistency, and global supply capabilities rather than hardware specifications alone.

Deployment costs are influenced by network scale, wavelength density, transmission distance, software functionality, installation complexity, and integration with existing infrastructure. Vendor pricing models commonly incorporate equipment configuration, optical capacity, maintenance agreements, technical consulting, implementation services, and software licensing. Enterprise procurement cycles typically include network assessment, interoperability validation, cybersecurity evaluation, proof-of-concept testing, commercial negotiations, phased implementation planning, and post-deployment optimization. Organizations increasingly favor standardized and modular product architectures that reduce installation complexity, accelerate deployment schedules, simplify future upgrades, and improve overall operating efficiency throughout the infrastructure lifecycle.

Market Restraints & Regulatory Challenges

Although optical communication technologies continue advancing, enterprises encounter several implementation challenges throughout procurement and deployment. Compliance with telecommunications standards, cybersecurity regulations, environmental requirements, and cross-border infrastructure policies requires extensive planning before large-scale implementation. Organizations operating multi-vendor environments frequently address interoperability issues when integrating modern optical platforms with legacy transport systems, increasing engineering complexity and deployment timelines.

Supply chain qualification, component certification, and vendor assessment remain integral elements of institutional procurement programs. Buyers increasingly evaluate manufacturing resilience, product availability, software compatibility, security architecture, and long-term technical support before awarding strategic contracts. In addition, shortages of highly specialized optical engineering expertise create operational constraints for organizations undertaking complex network modernization initiatives. These considerations reinforce demand for standardized solutions supported by comprehensive implementation services, lifecycle maintenance programs, and open architectural compatibility across diverse networking environments.

Market Opportunities & Outlook 2026–2035

Enterprise digital infrastructure investment continues creating substantial commercial opportunities throughout the optical networking value chain. Artificial intelligence expansion requires high-capacity communication between distributed computing clusters, encouraging organizations to modernize optical transport platforms capable of supporting continuous data exchange and intelligent traffic management. Software-defined networking, predictive maintenance, and automated wavelength provisioning continue improving operational efficiency while reducing administrative complexity across enterprise and carrier environments.

Workflow automation increasingly transforms network operations through AI-assisted diagnostics, intelligent capacity planning, automated fault isolation, and centralized orchestration platforms. Industry-specific optical networking solutions continue expanding across financial services, healthcare, manufacturing, government, education, and research institutions where secure, resilient communication remains essential. Multilingual management interfaces simplify global network administration across geographically distributed enterprises while improving operational consistency. Throughout the forecast period, investment priorities increasingly emphasize programmable optical architectures integrating automation, analytics, cybersecurity, and software orchestration, enabling organizations to support evolving digital business models with greater efficiency and long-term scalability.

Regional & Country-Level Strategic Insights

North America maintained the largest regional revenue contribution, accounting for over one-third of global industry demand, supported by advanced telecommunications infrastructure, mature cloud ecosystems, and continuous investment in hyperscale data centers. Service providers across the region continue expanding optical transport capacity to accommodate AI computing, enterprise digital transformation, and next-generation broadband deployment. Strong technology innovation and extensive research activity further strengthen regional procurement of advanced wavelength multiplexing solutions.

Europe continues emphasizing secure digital connectivity, industrial automation, and cross-border optical communication networks. Regional investment focuses on modernization of carrier infrastructure, expansion of enterprise fiber connectivity, and alignment with evolving digital policy frameworks. Demand also benefits from increasing deployment of high-capacity communication systems supporting financial institutions, public-sector organizations, and advanced manufacturing facilities.

Asia Pacific remains the most dynamic investment destination due to accelerating fiber deployment, cloud infrastructure expansion, semiconductor manufacturing, smart city initiatives, and national digital transformation programs. Telecommunications operators continue modernizing backbone networks while hyperscale providers expand regional data center capacity. Rapid enterprise digitalization across major economies further strengthens procurement of scalable optical networking technologies.

Latin America continues enhancing regional connectivity through broadband expansion, carrier modernization, and enterprise infrastructure development. Organizations increasingly invest in optical transport systems supporting cloud services, digital commerce, and public-sector connectivity initiatives. The modernization of regional telecommunications infrastructure continues creating sustained commercial opportunities for optical networking equipment providers.

The Middle East & Africa continues strengthening digital infrastructure through national transformation strategies, metropolitan broadband projects, subsea cable investments, and smart city development. Government agencies, telecommunications operators, and enterprise organizations increasingly prioritize resilient optical communication platforms capable of supporting diversified economic development and expanding digital service delivery.

Technology, Innovation & Derivative Trends

Technology innovation increasingly combines photonic engineering with software intelligence to create highly adaptive optical networking environments. Generative AI supports automated network planning, predictive maintenance, operational recommendations, and intelligent troubleshooting, reducing administrative workloads while improving service continuity. Multimodal interaction enhances operational management through unified dashboards integrating graphical analytics, natural language queries, network visualization, and performance monitoring into centralized management environments.

Retrieval-augmented generation enables administrators to access technical documentation, historical maintenance records, and configuration guidance through contextual AI-driven knowledge retrieval, improving operational decision-making and engineering productivity. Conversational analytics further strengthen network management by translating complex operational data into actionable business intelligence for infrastructure planners and operational teams. API interoperability continues simplifying integration across transport platforms, software-defined networking controllers, cybersecurity systems, cloud orchestration environments, and enterprise management platforms. Enterprise orchestration capabilities increasingly coordinate wavelength allocation, capacity optimization, service provisioning, maintenance scheduling, and policy enforcement through centralized software control, supporting highly efficient and scalable optical communication environments.

Competitive Landscape Overview

Competition within the Wavelength Division Multiplexer market centers on optical transmission performance, interoperability, lifecycle support, software integration, and deployment flexibility rather than hardware capability alone. Global manufacturers continue investing in photonic innovation, programmable optical networking, AI-assisted management platforms, and energy-efficient system architectures to strengthen commercial positioning across carrier and enterprise markets. Product differentiation increasingly depends on wavelength scalability, network intelligence, operational automation, and compatibility with open networking standards.

Pricing strategies vary according to deployment scale, optical capacity, software functionality, implementation complexity, service agreements, and long-term maintenance commitments. Enterprise buyers increasingly evaluate suppliers through comprehensive procurement frameworks that include technical performance, cybersecurity readiness, supply chain resilience, engineering expertise, and post-deployment support capabilities. Strategic collaboration among equipment manufacturers, telecommunications operators, cloud infrastructure providers, and system integrators continues accelerating solution innovation while improving deployment efficiency across global digital communication networks.

Key Players in the Wavelength Division Multiplexer Market

Competition remains diversified across global optical networking equipment manufacturers, photonic component suppliers, and integrated communication infrastructure providers. Market participants continue strengthening product portfolios through advanced optical transmission technologies, programmable networking capabilities, photonic integration, software-defined management platforms, and lifecycle support services. Continuous investment in research, manufacturing efficiency, interoperability, and enterprise-grade deployment capabilities enables vendors to address evolving procurement requirements across telecommunications operators, cloud providers, government organizations, and enterprise customers.

• Cisco Systems, Inc.
• Ciena Corporation
• Nokia Corporation
• Huawei Technologies Co., Ltd.
• Fujitsu Limited
• Infinera Corporation
• Coherent Corp.
• Lumentum Holdings Inc.
• ZTE Corporation
• NEC Corporation
• Broadcom Inc.
• ADVA Optical Networking SE
• II-VI Incorporated
• FiberHome Technologies Group

Recent Developments — Wavelength Division Multiplexer Market (2025–2026)

Continuous innovation throughout 2025–2026 focused on higher transmission capacity, programmable optical networking, AI-assisted network management, and energy-efficient photonic integration supporting next-generation communication infrastructure.

• January 2025 — Cisco Systems expanded its coherent optical networking portfolio with enhanced high-capacity transport solutions for carrier and hyperscale deployments.
• March 2025 — Ciena Corporation introduced new intelligent optical software capabilities supporting automated wavelength provisioning and network analytics.
• May 2025 — Nokia Corporation enhanced its DWDM transport platform with greater scalability for metropolitan and long-haul optical networks.
• September 2025 — Coherent Corp. expanded advanced photonic component manufacturing to support next-generation optical communication equipment.
• February 2026 — Fujitsu Limited introduced energy-efficient optical transmission systems designed for high-density enterprise and carrier applications.
• May 2026 — Infinera Corporation expanded programmable optical networking capabilities through software-driven transport automation.
• August 2026 — ZTE Corporation introduced upgraded intelligent optical transport solutions supporting AI-enabled network management.

Methodology & Data Credibility

This report applies a comprehensive bottom-up market modeling methodology supported by multi-stage data triangulation to deliver reliable industry intelligence. Primary research includes structured executive interviews with optical equipment manufacturers, component suppliers, telecommunications operators, hyperscale cloud providers, enterprise technology leaders, distributors, and systems integrators. Demand-side validation evaluates procurement priorities, deployment behavior, infrastructure investment strategies, and purchasing cycles across major end-user industries. Supply-side validation incorporates manufacturing capacity, product launches, technology roadmaps, financial disclosures, and competitive positioning.

Cross-region verification ensures analytical consistency across mature and emerging markets while accounting for regional infrastructure development, regulatory environments, and technology adoption maturity. Secondary research integrates publicly available corporate reports, technical publications, regulatory documentation, industry associations, investor presentations, and enterprise procurement frameworks. Multiple validation layers strengthen forecast accuracy and provide institutional-grade confidence for strategic planning, investment evaluation, product development, and commercial decision-making.

Who Should Read This Report

This report is designed for senior executives, corporate strategists, investment professionals, telecommunications operators, cloud infrastructure providers, enterprise technology leaders, procurement specialists, network architects, equipment manufacturers, systems integrators, venture capital firms, private equity investors, consulting organizations, government agencies, and regulatory stakeholders evaluating opportunities within global optical networking.

Organizations involved in product development, market expansion, competitive benchmarking, technology investment, supply chain optimization, infrastructure planning, mergers and acquisitions, strategic partnerships, and digital transformation initiatives will benefit from the commercial intelligence presented throughout this study. The report also supports research institutions, engineering organizations, and policy planners seeking a comprehensive understanding of evolving optical communication technologies and long-term industry direction.

What This Report Delivers

The report provides an institutional-grade assessment of the global optical communication industry through detailed commercial analysis, procurement intelligence, technology evaluation, competitive benchmarking, regional assessment, and strategic forecasting. Readers receive actionable insights into buyer behavior, deployment strategies, operational priorities, vendor positioning, infrastructure modernization, value chain dynamics, and investment opportunities shaping future industry development.

Comprehensive segmentation enables decision-makers to evaluate commercial opportunities across product categories, deployment models, technology platforms, customer groups, procurement structures, and regional markets. The study further delivers strategic interpretation of emerging innovation, regulatory considerations, enterprise purchasing behavior, operational challenges, and long-term business opportunities, supporting informed decision-making for investors, manufacturers, technology providers, and enterprise procurement organizations.

Wavelength Division Multiplexer Market Report Segmentation

By Product Type

• CWDM
• DWDM
• FWDM
• AWG

By Component

• Multiplexers
• Demultiplexers
• Optical Add-Drop Multiplexers
• Transceivers
• Optical Filters

By Technology

• Passive WDM
• Active WDM

By Wavelength Band

• O-Band
• C-Band
• L-Band
• Others

By Channel Count

• Low Channel Count
• Medium Channel Count
• High Channel Count

By Deployment

• Metro Networks
• Long-Haul Networks
• Data Center Interconnect
• Access Networks

By End User

• Telecommunications Service Providers
• Data Centers & Cloud Providers
• Enterprise Networks
• Government & Defense
• Healthcare
• Industrial

By Sales Channel

• Direct Sales
• System Integrators
• Value-Added Resellers
• Distributors

By Region

• North America: United States, Canada, Mexico
• Europe: Germany, United Kingdom, France, Italy, Spain, Nordic Countries, Benelux Union, Rest of Europe
• Asia Pacific: China, India, Japan, New Zealand, South Korea, Australia, Southeast Asia, Rest of Asia Pacific
• Latin America: Brazil, Argentina, Rest of Latin America
• Middle East & Africa: Saudi Arabia, UAE, Egypt, Kuwait, South Africa, Rest of Middle East & Africa