Your Money Matters
with Jon Hansen
Monday-Thursday, 6-7pm

“Your Money Matters” features topics including the basics of personal finance, investing and wealth management, financial security, financial literacy, and retirement planning. Host Jon Hansen leads sharp, engaging conversations with personalities and experts in the world of finance, offering a fresh take on complex issues presented in an approachable and fun way. (Click for more.)

RENO, Nev. (AP) — Supporters of a proposed constitutional amendment that would require voters to show photo identification at the polls have turned in signatures as part of an effort to get the proposal on the 2024 ballot.

The Repair the Vote political action committee submitted about 179,000 signatures to state and county election officials for review, the organization said Monday. Just over 100,000 signatures need to be valid for the measure to be eligible for the ballot.

The measure would then have to be approved by voters in November and again in 2026 to amend the Nevada Constitution.

Along with the photo identification requirement, the initiative also calls for an extra layer of verification for mail ballots, such as the last four digits of a driver’s license or Social Security number.

“By requiring voter identification, we aim to strengthen the integrity of our elections and ensure that every vote counts,” said David Gibbs, the chairman of the PAC in a statement.

Voter ID has been a contentious issue in the Western swing state, particularly in its split-party government. Republican Gov. Joe Lombardo outlined it as one of his main priorities last year, but Democrats who control the state Legislature refused to give the issue a hearing.

The Nevada Supreme Court last month ruled unanimously that signatures could be gathered for the ballot initiative. The ruling was in response to a lawsuit filed in December by a member of the progressive immigrant advocacy group Make the Road Nevada that sought to block the initiative. The high court said the proposal would not amount to an unfunded mandate and was descriptive enough to inform voters of its effect.

AV/IT TEAM: Frank Alaimo CTS-I, manager of Classroom Technology Services; Michael Theil CTS, senior AV/IT control systems specialist

GOALS: The goal was to create a cutting-edge AV experience that seamlessly integrates into the new Advanced Engineering Building, enabling UNLV to meet skyrocketing enrollment demand in engineering and supporting a highly skilled workforce that is integral to Nevada’s economic future. Ultimately, the objective was to elevate the learning environment and empower both faculty and students to achieve their academic goals effectively.

CHALLENGES: Our main challenge was navigating design changes and adapting to evolving product selections. Initial project discussions began in 2018, with intense design work continuing through 2019. However, the onset of the COVID-19 pandemic in 2020 halted progress due to funding and meeting disruptions. Fortunately, in July 2021, we received approval to resume the project. Designing amidst supply shortages proved particularly challenging, as uncertainty surrounded the availability of materials for installation. Despite these obstacles, our team employed creativity and resourcefulness, leveraging connections to overcome hurdles.

FINAL INSTALL/USER BENEFITS: Students immerse themselves in theory and fundamentals in the RebelFlex classroom, a dynamic learning environment. Here, hybrid learning is redefined through innovative features such as web conferencing and lecture capture capabilities. The classroom is designed with movable tables and chairs to foster teamwork and adaptability. The neighboring Makerspace effortlessly integrates into a Showcase area, where students proudly display capstone projects or where special events can take place.

Flexatorium, a unique and adaptable auditorium, serves as a lecture hall during the day and transforms into a dynamic event space at night. Its flexible design features collapsible theater-style seating that can be easily customized to suit diverse needs, supported by state-of-the-art instructional technology to facilitate active and engaging classroom experiences. Adjacent to the Flexatorium, two smaller classrooms offer additional versatility. They can function independently or be combined to accommodate various group sizes, serving as overflow spaces when needed.

[InfoComm Tour Takes Higher-Ed Professionals Back to School]

As part of the features of the Advanced Engineering Building, UNLV expanded its digital signage and display capabilities with three new Nanolumens video walls. Highlighting the courtyard adjacent to the entrance is a 3.9mm-pitch outdoor video wall used for promotional videos, digital signage and event marketing. Inside the Flexatorium is an ultrawide 32×9 ratio 1.56mm pitch video wall that can display two full-screen 16×9 sources side by side for classes during the day or run custom marketing for events at night. The Showcase space contains a full 4K UHD 1.25mm video wall that is utilized for special events, capstone projects, and fundraising for student projects. 

With all displayed content being 4K resolution, the power to process a massive amount of data is paramount. For this reason, UNLV opted for Datapath’s experience in this sector to deal with video data and image processing, in addition to its huge “wow” factor with a flexible digital canvas.

Utilizing a VSN1172 video wall controller, equipped with three Image2K 4 Channel graphics cards and eight VisionSC-UHD2 4K capture cards, the powerful solution provides the flexibility and customizability to achieve every presentation need, from mixed content for breakaway classrooms to building-wide events. The Datapath video wall controller ensures the content scales for each of the video walls with their distinct resolutions.

Presenters can dynamically change sources and recall presets from Crestron touch panels utilizing Crestron NVX system to distribute and output the content to the Datapath video wall controller, where its straightforward Application Programming Interface (API) integrates easily with the Crestron control system.