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SWARCO delivers integrated traffic management technologies that connect intersection hardware, signal controllers, detection systems, and centralized traffic software to support reliable and interoperable transportation networks.
Delivered and integrated by Blackstar Diversified Enterprises for municipal and state transportation agencies.
Modern intersections operate as interconnected infrastructure systems that combine signal hardware, controllers, communications networks, and central traffic management software.
Through its partnership with SWARCO, Blackstar Diversified Enterprises deploys integrated traffic technologies that help agencies manage roadway movement safely and efficiently while maintaining reliable intersection operations.
These systems are designed to operate as interoperable infrastructure capable of supporting modern mobility demands and evolving smart city environments.
SWARCO develops a comprehensive portfolio of traffic technologies designed to work together as part of a unified transportation infrastructure system.These technologies support the operation, coordination, and monitoring of signalized intersections across municipal and regional roadway networks.
Traffic Signal Cabinets
Traffic Signal Controllers
Traffic Signal Systems
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Changeable + Fixed Traffic Signs
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Central Traffic
Management Software
Traffic signal cabinets house the controllers, power distribution systems, detection equipment, and communications hardware that operate signalized intersections.
SWARCO cabinet platforms are engineered to support Advanced Transportation Controller (ATC) and NEMA standards used by transportation agencies across North America.
Blackstar Diversified Enterprises integrates these cabinet systems as part of reliable traffic signal infrastructure designed for long-term roadway performance.
Key Capabilities
• Supports up to 72 detector inputs
• 32 channel signal outputs
• Reduced wiring complexity
• High-density internal component layout
• Designed for connected intersection infrastructure
Key Capabilities
• Supports up to 120 detector inputs
• 32 channel outputs
• ATC compliant architecture
• Designed for modern intersection deployments
Key Capabilities
• Available in TS1 and TS2 configurations
• Drop-down technician service panel
• Integrated police door and load bay
• Modular design for long-term serviceability
Traffic signal controllers manage the operational logic of signalized intersections, including phase timing, sequencing, and coordination between adjacent signals.
SWARCO controllers support modern traffic control architectures used by transportation agencies to manage intersection operations and coordinated roadway networks.
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A compact open-architecture Linux platform controller designed for flexible traffic management applications.
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A multi-application controller designed for NEMA TS1 / TS2 deployments and compliant with ATC 5.2b standards.
Traffic signals and accessories play a critical role in maintaining visibility, safety, and operational consistency at signalized intersections. These components must perform reliably across varying environmental conditions while integrating seamlessly with controllers and overall system infrastructure.
SWARCO signal solutions are engineered to support long-term roadway performance, combining durable materials, flexible configurations, and standards-compliant designs to meet the demands of modern traffic networks.
8” Diameter
12” Diameter
Aluminum / Polycarbonate
The McCain Traffic Signal Housing is engineered with a modular structure that allows for a wide range of signal configurations, supporting both standard LED systems and incandescent assemblies. Each housing is constructed for durability, with reinforced structural elements and secure sealing to protect internal components from environmental exposure.
Precision-engineered components ensure reliable alignment, secure mounting, and long-term performance in demanding roadway environments.
Key Features and Benefits
The McCain Programmable Traffic Signal is a high-performance directional signal designed to control visibility and improve traffic flow at complex intersections. Its focused signal output helps reduce driver confusion while improving lane-level control.
This programmable signal is built with a modular design, allowing flexible assembly across multiple configurations. It supports LED and incandescent signal modules and is compatible with standard 115 VAC systems.
Directional control is achieved through precision optics, enabling agencies to define visibility zones and improve operational clarity in multi-lane or closely spaced intersections.
Key Features and Benefits
12” Diameter
Aluminum / Polycarbonate
The McCain HAWK Traffic Signal is designed to enhance pedestrian safety at mid-block crossings by providing clear, high-visibility signaling to drivers. The system uses a controlled flashing sequence to alert drivers and manage pedestrian crossing demand.
The HAWK signal housing is constructed from durable aluminum or polycarbonate materials and designed for multi-section configurations. Reinforced structural elements provide strength and secure integration with mounting hardware.
Sealed enclosures protect internal components from moisture and environmental exposure, ensuring long-term reliability in active roadway conditions.
Key Features and Benefits
Aluminum / Polycarbonate
Cap, Full Circle, Scoop, Tunnel
45° Angle Options
Signal visors improve signal visibility by reducing glare and directing light output toward intended viewing areas. They play a key role in maintaining signal clarity across varying lighting and environmental conditions.
SWARCO McCain signal visors are available in multiple configurations, including cap, full-circle, scoop, and tunnel designs. These visors are manufactured from durable materials such as polycarbonate and aluminum to withstand environmental exposure.
Specialty designs, including angled visors, help control visibility in complex roadway geometries, improving signal recognition and operational safety.
Key Features and Benefits
Promote intersection and pedestrian safety with standard or LED pedestrian signal modules. These housings are available in multiple materials and sizes and are designed to meet transportation compliance standards.
Backplates improve signal visibility by increasing contrast between the signal head and its surrounding environment. They are configurable for multiple signal arrangements and support safer roadway recognition.
Retroreflective backplates enhance visibility in low-light conditions by adding reflective contrast to signal assemblies. They support improved driver recognition while maintaining a clean and functional signal design.
Clamshell mounts provide secure installation for pedestrian signal housings and other signal components. They support multiple mounting configurations and are designed for durability in outdoor environments.
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