The all-new Prado boasts a strikingly redesigned front grille featuring a cascading waterfall motif, seamlessly connecting with the sharper, more modern headlights. These headlights have undergone significant updates, adopting a fresher layout, while their internal structure has been meticulously refined. Retaining its iconic feature, the spare tire remains mounted on the tailgate, though the license plate frame has shifted to the left side. Inside, the cabin showcases a contemporary touch with a four-spoke multifunctional steering wheel and an updated dashboard design. The instrument cluster has transitioned from a circular gauge setup to a sleeker, four-ring configuration. Additionally, the control knobs beneath the centrally located touchscreen have been replaced with a button-style interface.
The new Prado also features enhanced cross-country functionality with a revised control button layout for its off-road capabilities. Its gearshift lever has been upgraded with a fresh aesthetic, and the seating arrangement follows a 2+3+2 configuration, offering ample space and versatility.
Prado and Land Cruiser represent two distinct off-road offerings from Toyota, with Prado being a sub-brand derived from the renowned Land Cruiser series. Recently, images of the updated Prado surfaced online, showcasing an exciting evolution over its predecessor.
Visually, the new model's headlights appear sharper and more aggressive, while the grille has been redesigned for a more aesthetically pleasing appearance. The front bumper has also adopted a more assertive look. Although the rear styling remains largely unchanged, the taillights now feature a distinctive double-C shape, rumored to utilize LED technology. Personally, I’m fond of the classic spare tire placement, which adds character to the vehicle.
Inside, the cabin embraces a modern overhaul with a completely refreshed dashboard exuding contemporary style. The central control buttons have been reorganized for improved ergonomics, and a new multimedia system has been integrated.
In terms of performance, the new Prado is expected to retain its 2.7-liter gasoline engine paired with a six-speed automatic transmission. Meanwhile, the diesel variant will likely come equipped with a 2.8-liter turbocharged engine, delivering up to 177 horsepower and 450 Nm of torque, coupled with a similarly efficient six-speed automatic gearbox.
While the new Prado maintains its rugged charm, these updates ensure it remains a standout choice for those seeking both luxury and capability in an SUV. With its enhanced design and technological advancements, the model is set to launch this November, promising to captivate enthusiasts and adventurers alike.
XPON (Passive Optical Network) technology encompasses various types of Optical Network Units (ONUs), each designed to meet specific needs and applications. Here are the different types of XPON ONUs, based on the underlying standards and use cases:
- GPON ONU (Gigabit Passive Optical Network): Designed to operate within GPON networks, which provide high-speed data transmission, typically up to 2.5 Gbps downstream and 1.25 Gbps upstream.
- EPON ONU (Ethernet Passive Optical Network): Based on Ethernet standards, EPON ONUs provide data transmission using Ethernet packets. They typically support speeds of up to 1 Gbps.
- XGS-PON ONU (10 Gigabit Symmetric Passive Optical Network), 10G PON ONT: It supports symmetrical data rates of 10 Gbps both upstream and downstream, making it suitable for high-bandwidth applications. It is suitable for enterprise applications, high-definition video streaming, and other data-intensive services.
- Multi-Service ONU: Capable of delivering various services (internet, voice, video) through a single ONU platform. We have Data ONU , CATV ONU , VOIP ONU , WiFi 4 ONU, WiFi 5 ONU, WiFi 6 ONU. It is used in both residential and commercial environments where multiple services are provided to end-users.
The choice of an ONU type depends on various factors such as service requirements, deployment environment, and the specific standards of the optical network. Each type of ONU is designed to optimize performance, reliability, and service delivery according to its intended use case.
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